Once again Mikel Arteta faces injury concerns before a big Champions League match.
The foe this week is Monaco currently 3rd in Ligue 1 and 8th on the current Champions League table, just one place behind the Gunners.
As always, this is a crucial UCL match for both clubs as they battle for a top four promotion to the quarterfinals.
With that said, here is my predicted starting XI v Monaco on Wednesday in Emirates Stadium…
[4-3-3]
Martinelli, Havertz, Saka
Rice, Odegaard, Jorginho
Tierney, Kiwior, Saliba, Timber
Raya
Predicted final score: ARSENAL 2 – Monaco 1
COYG!
Gunner1953!
Bukayo Saka’s hamstring injury will keep the star forward sidelined for possibly two months according to sources inside the Arsenal camp. 
Mikel Arteta on covering injuries, “You need to rediscover players in different positions, and different relationships. It is a really good exercise and the boys are willing to do anything we demand them to do, so that’s a really good thing, too.”
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.
DC Link is a connection between a rectifier and an inverter. It acts as energy storage device between two stages. DC Link circuits are found in converter circuits or variable frequency drives (VFD). DC link capacitors, energy storage components in these circuits, are crucial in electric vehicles, serving as buffer between different power sources and loads, protecting systems from spikes and EMI. They play a key role in inverters and converters, keep voltage stable and absorb current ripples for efficient operations of systems. Today, advanced power electronics technology has spread the use of DC to AC converters, and DC link circuits are found everywhere.