ABSOLUTE MAXIMUM RATINGS

Symbol

Parameter

Value

Unit

Supply Voltage

18

V

Operating Temperature

with Load > 150

Ω on PIN 2

with Load = 75

Ω on PIN 2

0, + 100

0, + 70

°C

Junction Temperature

– 40, + 150

°C

Storage Temperature

– 40, + 150

°C

–

Minimum DC Load Resistor PIN 6

Minimum DC Load Resistor PIN 2

600

75

Ω

Ω

THERMAL DATA

Symbol

Parameter

Value

Unit

Junction-ambient Thermal Resistance

Typ.

90

°C/W

ELECTRICAL CHARACTERISTICS

Symbol

Parameter

Min.

Typ.

Max.

Unit

Supply Voltage Range

8

–

14

V

Supply Current (no load on Pin 2 and Pin 6)

–

–

20

mA

Supply Current (with 75

Ω Pin 2.1, with 600 Ω between Pin 6.1)

–

45

–

mA

Total Power Dissipation with Load

–

400

–

mW

INPUTS (pin 8 and pin 3)

–

Internal Video Input Swing from Picture IF (positive Video)

–

–

4.5

Vpp

–

Internal Video Input Impedance (positive video)

50

–

–

k

Ω

–

Internal Video Input Bias Current (positive video)

6

25

40

µA

–

External Video Input Swing (positive video)

–

–

2

Vpp

–

External Video Input Impedance (positive video)

50

–

–

k

Ω

Ω

–

Video Output Swing

4

–

–

Vpp

–

Video Output Dynamic Impedance

–

–

25

Ω

–

Video DC Output Voltage (sync. pulse level note 1)

1.7

2

2.4

V

–

Video Bandwith Pin 6 – from Internal Input Pin 3 (– 1 dB)

6

–

–

MHz

–

Video Bandwith Pin 6 – from External Input Pin 8 (– 3 dB)

6

–

–

MHz

–

Output Gain Pin 6 – Pin 8

+ 5

+ 6

+ 7

dB

–

Output Gain Pin 6 – Pin 3

– 1

– 0.5

0

dB

Ω

–

Video Output Swing

2.2

–

–

Vpp

–

Video Output Dynamic Impedance

–

10

–

Ω

–

Video DC Output Voltage (sync. pulse level , note)

1.7

2

2.4

V

–

Video Bandwidth (– 1dB)

6

–

–

MHz

–

Video Output Gain (pin 2 – pin 3)

– 1.8

– 1

– 0.4

dB

SWITCHING INPUT (pin 5)

–

Switching Input Unactive Low Level or Unconnected Pin (TV receiving)

0

–

3

V

–

Switching Input Active Level (ext. receiving)

7

–

V

–

Switching Input Impedance

10

–

–

k

Ω

Note :

Use a video signal with a synchro pulse in order to make the clamp work in a correct way.

(75

Ω to the ground and 10µF in series).

TEA2014A

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