Up for sale one (1) pc NIB EIMAC Power Tetrode 4CX300A/8167
The 4CX300A/8167 is a compact power tet-
rode having a maximum plate dissipationrating of 300 watts. The ceramic/metal con-struction and the internally utilized electrodestructure combine to make the 4CX300A/8167especially durable and free from mechanicallyinduced noise under conditions of severe ac-celeration caused by shock and vibration.
WHAT YOU SEE IS WHAT YOU GET
Up for sale one (1) pc NIB EIMAC Power Tetrode 4CX300A/8167 The 4CX300A/8167 is a compact power tet- rode having a maximum plate dissipation rating of 300 watts. The ceramic/metal con- struction and the internally utilized electrode structure combine to make the 4CX300A/8167 especially durable and free from mechanically induced noise under conditions of severe ac- celeration caused by shock and vibration. WHAT YOU SEE IS WHAT YOU GET
Up for sale one (1) pc NIB EIMAC Power Tetrode 4CX300A/8167 The 4CX300A/8167 is a compact power tet- rode having a maximum plate dissipation rating of 300 watts. The ceramic/metal con- struction and the internally utilized electrode structure combine to make the 4CX300A/8167 especially durable and free from mechanically induced noise under conditions of severe ac- celeration caused by shock and vibration. WHAT YOU SEE IS WHAT YOU GET
Up for sale one (1) pc NIB EIMAC Power Tetrode 4CX300A/8167 The 4CX300A/8167 is a compact power tet- rode having a maximum plate dissipation rating of 300 watts. The ceramic/metal con- struction and the internally utilized electrode structure combine to make the 4CX300A/8167 especially durable and free from mechanically induced noise under conditions of severe ac- celeration caused by shock and vibration. WHAT YOU SEE IS WHAT YOU GET
Up for sale one (1) pc NIB EIMAC Power Tetrode 4CX300A/8167 The 4CX300A/8167 is a compact power tet- rode having a maximum plate dissipation rating of 300 watts. The ceramic/metal con- struction and the internally utilized electrode structure combine to make the 4CX300A/8167 especially durable and free from mechanically induced noise under conditions of severe ac- celeration caused by shock and vibration. WHAT YOU SEE IS WHAT YOU GET