Symbol

Parameter

Test Conditions

Pin

Min.

Typ.

Max.

Unit

Fig.

High Voltage Supply

4

200

220

V

1-2

Low Voltage Supply

11

10.8

12

13.2

V

1-2

Quiescent Drain Current

Vin = 0, Vodc = Vsat H

4

10

15

mA

1

Quiescent Drain Current

Vin = 0, Vodc = Vsat H

11

10

17

mA

1

Vref

Reference Voltage

10

1.4

1.6

1.9

V

1

Vg1

CRT G1 Voltage Supply

5

Vbe

V1

Vsat

H Output Saturation

Vin = 0, Vdc = – 3V

3

13

15

–3V

V1

Vsat

L Output Saturation

Vin = 0, Vdc = 9V

3

13

15

V1

See schematic diagr.

Vin = 0 ; Vodc = 150V

12

7

15

20

µA1

Vodc

Quiescent Output Voltage

Inputs Floating

3

13

15

123

V

1

Vo

Peak-to-peak Output Swing

f = 10KHz

3

13

15

170

Vpp

1

∆Vodc

∆T

DC Output Voltage versus

Temperature

Vodc = 150V

Tamb = 0

÷ 70°C

3

13

15

0.03

V/

°C1

∆Vodc

∆T

DC Differential Voltage

versus Temperature

Vodc = 150V

Tamb = 0

÷ 70°C

3

13

15

0.015

V/

°C1

GVo

Open-loop Gain

Vin = 50mVpp, f = 10kHz

50

56

dB

1

GVc

Closed-loop Gain

Vin = 1.5Vpp, f = 10kHz

20

25

dB

1

Bw

Video Bandwidth (– 3 dB)

Vobl = 125V, 0dB at f = 100kHz

Vo =

80Vpp

50Vpp

10Vpp

4.5

6.5

12

6.0

8.0

15

MHz

2

tr

Rise Time

Vo = 100Vpp ; Vobl = 150V

f = 100kHz, Duty Cycle = 0.5

80

120

ns

2

tf

Fall Time

Vo = 100Vpp ; Vobl = 150V

f = 100kHz, Duty Cycle = 0.5

80

120

ns

2

∆T

Differential Rise and Fall Time

20

ns

2

Overshoot

Vo = 100Vpp , Vobl = 150V

f = 100kHz, Duty Cycle = 0.5

5%

2

Undershoot

Vo = 100Vpp ; Vobl = 150V

f = 100kHz, Duty Cycle = 0.5

5%

2

* CL = 10pF is the sum of the P.C. board capacitance (with socket) and the cathode capacitance of the CRT.

TDA8153

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