HD29026A ETC

Document overview

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Technical content

Features

High speed output rise and fall (20 ns typ) at load capacitance (C L) of 1000 pF Direct drive of input block by TTL eliminates the need for external components Output swing voltage of 12 V; output current of 1 A available for both sink and source Output wave cross point 50% typ

Ordering Information

Product nameSupply voltagePackage HD29026AP 12 V 300 mil 8-pin plastic DIP (DP-8) HD29026AFP 225 mil 8-pin plastic SOP (FP-8D) HD29027P 6 V 300 mil 8-pin plastic DIP (DP-8) HD29027FP 225 mil 8-pin plastic SOP (FP-8D) HD29028P 12 V 300 mil 8-pin plastic DIP (DP-8) HD29028FP 225 mil 8-pin plastic SOP (FP-8D) Input A Output Y HL LH Note: H: High level NC GND NC V CC

Supply voltageHD29026A VCC*1 15 V HD29027 10 HD29028 15 Input voltage V I 7V Output peak current lO(peak) –1 A Operating temperature range Ta 20 to +75 C Storage temperature range T stg 65 to +150 C Junction temperature Tj 150 C Total dissipation PT*2 DP-8 1 W FP-8D 0.735 Notes: 1. If no value is specified, the voltage is defined by the GND pin. 2. Value when Ta = 25 C. Heat dissipation is required for large-capacitance, high-frequency drivers, so derating of 8 mW/ C (DP-8) and 5.9 mW/ C (FP-8D) are required. Item Symbol Min Typ Max Unit Supply voltageHD29026A VCC 81 2 1 3 V HD29027 VCC 4.5 6 8 HD29028 VCC 891 3 Operating temperature Ta 20 25 75 C (DP-8) 1.0 0.6 0.5 P (W) T –20 25 07 5 50 T (°C) (FP-8D) 1.0 0.5 0.44 P (W) T –20 25 07 5 50 0.735 a T (°C)a

1,000 750 500 250 V = 13 (V) V = 12.0 (V) V = 9.0 (V) V = 8.0 (V) CC CC CC CC T = 75 (°C)a Operating Frequency (MHz) Load Capacitance (pF) 1,000 750 500 250 V = 8.0 (V) V = 6.0 (V) V = 4.5 (V) CC CC CC T = 75 (°C)a Operating Frequency (MHz) Load Capacitance (pF) HD29027 1,000 750 500 250 V = 13 (V) V = 12.0 (V) V = 9.0 (V) V = 8.0 (V) CC CC CC CC T = 75 (°C)a Operating Frequency (MHz) Load Capacitance (pF) HD29028 HD29026A

Electrical Characteristics (Ta = 20 to +75 C) Item Symbol Min Typ MaxUnit Test Conditions Input voltage VIH 2.0 V VIL 0.6 Output voltage VOH VCC1V V IL= 0.6 V, IOH= 1 mA VOL 0.5 V IH= 2.0 V, IOL= 1 mA Input current IIH 20 A V I= 2.7 V HD29026A/28 IIL 100 V I= 0.4 V HD29027 200 Supply currentHD29026A ICCH 12 m A HD29027 20 HD29028 15 HD29026A I CCL 20 HD29027 30 HD29028 25 Input current I I 100 A VI= 7 V Input clamp voltage VIK 1.5 V IIN= 18 mA Note:HD29026A/28: VCC = 8 to 13 V HD29027: VCC = 4.5 to 8 V

Switching Characteristics (Ta = 25 C) Item Symbol Min Typ Max Unit Test Conditions HD29026A tPHL 16 20 ns CL= 1000 pF VCC= 8 V 11 15 V CC= 12 V HD29027 10 15 V CC= 6 V HD29028 10 15 V CC= 9 V 81 3 V CC= 12 V HD29026A tPLH 18 25 ns CL= 1000 pF VCC = 8 V 13 20 V CC= 12 V HD29027 10 15 V CC= 6 V HD29028 10 15 V CC= 9 V 81 3 V CC= 12 V HD29026A tTHL 17 21 ns CL= 250 pF VCC= 8 V 12 16 V CC= 12 V HD29027 9 14 V CC= 6 V HD29028 9 13 V CC= 9 V 71 4 V CC= 12 V HD29026A 20 23 C L= 500 pF VCC= 8 V 15 18 V CC= 12 V HD29027 12 17 V CC= 6 V HD29028 12 17 V CC= 9 V 10 15 V CC= 12 V HD29026A 25 40 C L= 1000 pF VCC= 8 V 20 35 V CC= 12 V HD29027 20 25 V CC= 6 V HD29028 20 25 V CC= 9 V 18 23 V CC= 12 V HD29026A tTLH 15 20 ns CL= 250 pF VCC= 8 V 10 15 V CC= 12 V HD29027 9 14 V CC= 6 V HD29028 9 14 V CC= 9 V 71 2 V CC= 12 V HD29026A 21 25 C L= 500 pF VCC= 8 V 16 20 V CC= 12 V HD29027 12 17 V CC= 6 V HD29028 12 17 V CC= 9 V 10 15 V CC= 12 V HD29026A 22 30 C L= 1000 pF VCC= 8 V 17 25 V CC= 12 V HD29027 20 25 V CC= 6 V HD29028 20 25 V CC= 9 V 18 23 V CC= 12 V Fall propagation Rise propagation Fall (transition) Rise (transition)

Switching Time Test Method C L V Input CC OutputPulse generator 10 ns 10 ns 10% 10% 90% 90% 10% 10% tTHL tTLH tPLHtPHL 1.5 V 1.5 V 90% 90% VOH VOL 0 V 3 V Input Output Note: Input waveform: f = 1 MHz, duty cycle = 50%

Output Timing Characteristics (Ta = 25 C) Item Symbol Min Typ MaxUnit Test Conditions Output wave cross point VX 30 50 70 % C L= 250 pF 30 50 70 C L= 500 pF 30 50 70 C L= 1000 pF Output Timing Characteristics Test Method (HD29027/28) C L V CC C L Pulse generator 10 ns 10% 10% 1.5 V 90% 90% 0 V

3 V2A or 1A

10% 10% 1.5 V 90% 90% 10 ns 70% V X 30% 30% 70% 70% V X 30% 30% 70% Note: Input waveform: f = 1 MHz, duty cycle = 50%

Output Timing Characteristics V = 6 VCC Input Output GND GND

2 V/div

V = 9 VCC Input Output GND GND V = 12 VCC Input Output GND GND

5 V/div

Typical Characteristic Curves 0.1 0.2 0.5 1.0 2 5 10 C = 1000 pFL 500 pF 250 pF 0 pF C = 1000 pFL 500 pF 250 pF 0 pF 0.1 0.2 0.5 1.0 2 5 10 C = 1000 pFL 500 pF 250 pF 0 pF 0.1 0.2 0.5 1.0 2 5 10 500 pF 250 pF 0 pF 0.1 0.2 0.5 1.0 2 5 10 C = 1000 pFL T = 25°C V = 9 V 1 circuit operation CC a T = 25°C V = 9 V 2 circuit operations CC a T = 25°C V = 12 V 1 circuit operation CC a T = 25°C V = 12 V 2 circuit operations CC a Supply current (mA) Supply current (mA) Operating frequency (MHz) Operating frequency (MHz) Supply current (mA) Supply current (mA) Operating frequency (MHz) Operating frequency (MHz)

0.1 0.5 1.0 Supply current (mA) Operating frequency (MHz) 100 Supply current (mA) Operating frequency (MHz) T = 25°C V = 9 V 2 circuit operation CC a 500 pF 250 pF 0 pF T = 25°C V = 9 V 1 circuit operation CC a C = 1000 pFL 500 pF 250 pF 0 pF C = 1000 pFL

Supply current (mA) Operating frequency (MHz) 100 Supply current (mA) Operating frequency (MHz) T = 25°C V = 12 V 2 circuit operation CC a C = 1000 pFL 500 pF 250 pF 0 pF T = 25°C V = 12 V 1 circuit operation CC a C = 1000 pFL 500 pF 250 pF 0 pF Cautions (HD29026A only) The short output rise and fall time, as well as the large output amplitude of this product tends to generate overshooting and undershooting. The connection of 5 to 15 damping resistance (R D) to the output as illustrated in figure 2 serves to

t (ns) TLH C (pF)L 200 400 600 800 1000 t (ns) TLH C (pF)L 200 400 600 800 1000 t (ns) THL C (pF)L 200 400 600 800 1000 t (ns) THL C (pF)L T = 25 °C V = 12 VCC T = 25 °C V = 8 VCC a T = 25 °C V = 12 VCC a a T = 25 °C V = 8 VCC a