CIT SWITCH

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RF & MICROWAVE TRANSISTORS AVIONICS APPLICATIONS

DESCRIPTION: The MS2211 is a silicon NPN bipolar device designed For specialized avionics applications, including JTIDS, utilizing pulse formats with short pulse widths and high burst rates or overall duty cycles. The MS2211 is housed in a hermetic package and utilizes internal input impedan

RF & MICROWAVE TRANSISTORS AVIONICS APPLICATIONS

DESCRIPTION: The MS2211 is designed for specialized avionics applications, including JTIDS, where power is provided under pulse formats utilizing short pulse widths and high burst or overall duty cycles. Features · REFRACTORY/GOLD METALLIZATION · EMITTER SITE BALLASTED · 5:1 VSWR

封装/外壳：M222 包装：散装 描述：RF TRANS NPN 48V 1.215GHZ M222 分立半导体产品 晶体管 - 双极（BJT）- 射频

RF & MICROWAVE TRANSISTORS AVIONICS APPLICATIONS

CIT SWITCH

Coming Soon. If you have some information on related parts, please share useful information by adding links below.

CIT SWITCH

Coming Soon. If you have some information on related parts, please share useful information by adding links below.

Microminiature Reed Relays

MICROMINIATURE REED RELAYS Ideally suited to the needs of Automated Test Equipment and RF requirements. The specification tables allow you to select the appropriate relay for your particular application. If your requirements differ, please consult your local representative or Coto’s Factory. 220

FIXED DIP DELAY LINE

[Data-Delay-Devices] FUNCTIONAL DESCRIPTION The 2211-series device is a fixed, single-input, single-output, passive delay line. The signal input (IN) is reproduced at the output (OUT) with a delay (TD) given by the device dash number. The characteristic impedance of the line is given by the lett

data delay devices

[J.W.Miller]

high Current Toroid Inductors

[J.W.Miller]

FIXED DIP DELAY LINE TD/TR = 10

FUNCTIONAL DESCRIPTION The 2211-series device is a fixed, single-input, single-output, passive delay line. The signal input (IN) is reproduced at the output (OUT) with a delay (TD) given by the device dash number. The characteristic impedance of the line is given by the letter code that follows t