TD62706P-H

The TD62706P-H is a kind of 6ch high-voltage source-current driver. The device includes six source current transistor array. The driver is intended for fluorescent display applications. For proper operation, the substrate (SUB) must be connected to the most negative voltage. There are some features as follows: (1)package type; DIP16PIN; (2)high output voltage: VCC-VOUT=60 V min; (3)output current (single output): IOUT=-50 mA max; (4)input compatible with varius types of logic: RIN=10 k; (5)wide operating temperature range: Topr=-40 to 105.

The following is about the maximum ratings (Ta=25) TD62706P-H: (1)power supply, VCC-VEE: 30 V; (2)power supply, VCC-VSUB: 60 V; (3)output supply, VCC-VOUT: 60 V; (4)input supply, VIN-VEE: VCC-VEE V; (5)output current, IOUT: -50 mA/ch; (6)input current, IIN: ±10 mA; (7)power dissipation, PD: 1.0 W; (8)operating temperature, Topr: -40 to 105; (9)storage temperature, Tstg: -55 to 150. Then is about the recommended operating conditions (Ta=-40 to 85): (1)power supply voltage, VCC: 4.5 to 25 V at VEE=0 V; (2)power supply voltage, VSUB: VOUT to -55 V at VCC=0 V; (3)output voltage, VOUT; 0 to -55 V at VCC=0 V; (4)output current, IOUT: 0 to -40 mA/ch; (5)input voltage, VIN: 0 to 7 V at VEE=0 V, VCC=25 V; (6)power dissipation, PD: 0.52 W max.

The last one is about the eletrical characteristics (Ta=25) TD62706P-H: (1)input voltage, "H" level, VIH: 2.2 V min at VEE=0 V; (2)input voltage, "L" level, VIL: 0.8 V max at VEE=0 V; (3)input current, "H" level, IIH: 0.12 mA typ and 0.18 mA max at VEE=0 V, VIN=2.4 V; (4)input current, "L" level, IIL: ±1A max at VEE=VIN=0 V, VCC=25 V; (5)output leakage current, ICEX: -100A max at VEE=0 V, VCC=25 V, VIN=VIL max, VOUT=-30 V; (6)collector-emitter saturation voltage, VCE(sat): VCC-2.5 V max at VEE=0 V, VCC=VCC MIN, VIN=VIH MIN, IOUT=-40 mA; (7)supply current, ICC(ON): 25 mA max at VEE=0 V, VCC=25 V, VIN=VIH max, OUTPUT=OPEN; (8)turn-on delay, tON: 0.2s typ at RL=1.4 k, CL=15 pF; (9)turn-off delay, tOFF TD62706P-H: 1.5s typ at RL=1.4 k, CL=15 pF.