NTE7083 데이터 시트보기 (PDF) - NTE Electronics

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NTE7083

Integrated Circuit Vertical Deflection Circuit for Monitor Applications

NTE Electronics 

Absolute Maximum Ratings (Cont’d):

Parameter

Symbol

Test Conditions

Storage Temperature Range

Operating Ambient Temperature Range

Maximum Junction Temperature

Tstg

TA

TJmax

Note 2

Note 3

Total Power Dissipation

Ptot Note 2

ESO Stability

VESO Note 4

Thermal Resistance, Junction–to–Ambient

Thermal Resistance, Junction–to–Mounting

Base

RthJA

RthJMB

Min Max Unit

–25 +150 °C

–20 +70 °C

–

+150 °C

–

–

W

–2000 +2000 V

–

20 K/W

–

5 K/W

Note 2. The maximum value to the operating ambient temperature range and the power dissipation

depends on the heatsink.

Note 3. Internally liminted by thermal protection: switching temperature point at TJ = +150°C ±8°C.

Note 4. Human body model: 1.5kΩ, 100pF, 5 pulses.

Electrical Characteristics: (All voltages are measured to VGND (Pin8), TA = +25°C, VP = +23V

unless otherwise specified)

Parameter

Symbol

Test Conditions

Min

Typ

Max Unit

Supply Voltage Range (Pin10)

Supply Voltage Range (Pin6)

Supply Current

Supply Current

Supply Current

Minimum Output Voltage

Maximum Output Voltage

Output Voltage During Flyback

Output Current

Output Current

Preamplifier Input Current

Stabilized Voltage

Blanking Pulse Output Voltage

Blanking Pulse Output Resistance

Blanking Pulse Output Current

Blanking Pulse Duration

Output Voltage Ramp Generator

Output Current Ramp Generator

Output Voltage Frequency Detec-

tor

VP

10

–

45

V

VP

10

–

30

V

I10 V10 = 25V, V5 = 3V without load

–

12

–

mA

I6 V6 = 25V, V5 = 1V without load

–

20

–

mA

I6 V6 = 25V, V5 = 3V withput load

–

5

–

mA

V7 I7 = 1A

–

1.40

1.65

V

V7 I7 = 1A

V6 –2.3 V6 –2.0

–

V

V9 I9 = –1A

–

V10 –2.2

–

V

I7

–

–

±1.3

A

I8

–

–

±1.3

A

I5

–

–0.1

–

µA

V1

6.1

6.8

7.3

V

V3

–

5.7

–

V

R3

–

300

–

Ω

I3

0

–

–3 mA

tbl R = 100Ω, C = 10pF (Pin12)

640

680

730 µs

V11

0.3

–

20

V

I11

–2

–

15 x 103 µA

V13 Lower Frequency I13 = 1mA

–

–

1.0

V

Leakage Current Frequency

Detector

I13 Higher Frequency V13 = 50V

–

–

1.0

µA

Output Voltage Buffer Stage

Output Current Buffer Stage

Synchronizing Input Voltage

Synchronizing Input Voltage

V4

I4

V3 Positive Sync

V3 Negative Sync

0

–

20

V

–

–

–4.0 mA

1.0

–

6.0

V

–0.5

–

–0.7 V

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