• Part: DR65-0003
  • Description: SPDT PIN Diode Driver
  • Category: Diode
  • Manufacturer: Tyco Electronics
  • Size: 280.59 KB
Download DR65-0003 Datasheet PDF
Tyco Electronics
DR65-0003
DR65-0003 is SPDT PIN Diode Driver manufactured by Tyco Electronics.
Features n n n n n n SO-8 Moderate Speed, CMOS Technology (25 n S) plementary Outputs High Drive Current Capability (± 50 m A) Low Current Consumption Plastic SOIC Body for SMT Applications Tape and Reel Packaging Available Description M/A-'s DR65-0003 is a SPDT driver used to interface between TTL logic signals and PIN diode based microwave switches. High-speed analog CMOS technology is used to achieve low power consumption at moderate speeds. Low output resistances allow it to develop high output current spikes to ensure fast switching speeds. The plementary output stages are structured so it can be used as an inverting or non-inverting driver for SPST switches, or as a single input, plementary driver for SPDT switches. The monolithic die is packaged in a SO-8, plastic surface mount package and is available in tape and reel packaging for high volume applications. The DR65-0003 is ideally suited for driving M/A-’s line of HMIC switches. Package outline conforms to JEDEC standard MS-012AA. .. SPDT PIN Diode Driver V 5.00 Electrical Specifications, TA = +25°C, +Vcc = + Vdd = + 5.0V ± 5%, -Vee = - 5.0V ±5% Parameter Switching Speed Delay Rt/Ft PRF Output Voltage Drop, No Load DC Output Current Peak Spike Output Current Output Stage on Resistance Quiescent Supply Currents TTL Levels Package Dissipation Test Conditions Spike current into 10 ohm load 50 % TTL to 90% 10%-90%; 90%-10% 50% duty cycle With reference to supply voltage Load Dependant Spiking Capacitor in Circuit Positive Output FET, Qp Negative Output FET, Qn +5V -5V Logic “0” @ 20 µA sink current Logic “1” @ 20 µA source current - Units n S n S MHz V m A m A Ω Ω m A m A V V m W Min - - DC - - - - - - - 0 2.0 - Typical 25 2 - - ±30 ±150 15 20 - - - - - Max 35 5 5 .25 ±50 ±200 20 25 1.0 .2 .8 5.0 200 1. Decoupling capacitors (.01 µF) are required on power supply lines. Absolute Maximum Ratings 2 Parameter +VCC +Vdd must be = or < +Vcc +Vee TTL Input Voltage Operating Temperature Storage...