NTE7083 Integrated Circuit Vertical Deflection Circuit for Monitor Applications Description: The NTE7083 is an integrated circuit in a 13–Lead Staggered SIP type package designed for vertical deflection primarily in monitors and TV receivers. Features: D Fully Integrated, Few External Components D RC Oscillator with Wide Sync Range D Guard Circuit for Screen Protection D Synchronization by Positive or Negative Going Sync Pulse D D D D Preamplifier Flyback Generator Internal Voltage Stabilizer Dual Frequency Criterion for Automatic Amplitude Switch–Over Absolute Maximum Ratings: Parameter Voltages Supply Voltages (VP) Currents Symbol Min Max Unit V2 0 6 V V11 0 24 V V12 0 6 V V13 0 50 V V10 0 50 V V9 0 50 V V7 0 60 V V6 0 60 V V5 0 6 V V4 0 24 V V3 –0.7 6 V I1 0 –1 mA I3 +3 –10 mA I4 0 –5 mA I9 –1.5 +1.5 A I11 –0.1 +3.0 mA I6, I7, I8 Test Conditions Note 1 Note 1. I6, I7, and I8 are limited by SOAR protection circuit that ensures that a short–circuit between the output Pin7 and supply voltage or GND does not destroy the output stage. A short circuit may be soldered into the printed circuit board or may sometimes (non–periodically) occur in the applied circuit. Absolute Maximum Ratings (Cont’d): Parameter Symbol Test Conditions Min Max Unit –25 +150 °C Storage Temperature Range Tstg Operating Ambient Temperature Range TA Note 2 –20 +70 °C TJmax Note 3 – +150 °C Ptot Note 2 – – W ESO Stability VESO Note 4 –2000 +2000 V Thermal Resistance, Junction–to–Ambient RthJA – 20 K/W RthJMB – 5 K/W Maximum Junction Temperature Total Power Dissipation Thermal Resistance, Junction–to–Mounting Base 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) VP 10 – 45 V Supply Voltage Range (Pin6) VP 10 – 30 V Supply Current I10 V10 = 25V, V5 = 3V without load – 12 – mA Supply Current I6 V6 = 25V, V5 = 1V without load – 20 – mA Supply Current I6 V6 = 25V, V5 = 3V withput load – 5 – mA Minimum Output Voltage V7 I7 = 1A – 1.40 1.65 V Maximum Output Voltage V7 I7 = 1A V6 –2.3 V6 –2.0 – V Output Voltage During Flyback V9 I9 = –1A – V10 –2.2 – V Output Current I7 – – ±1.3 A Output Current I8 – – ±1.3 A Preamplifier Input Current I5 – –0.1 – µA Stabilized Voltage V1 6.1 6.8 7.3 V Blanking Pulse Output Voltage V3 – 5.7 – V Blanking Pulse Output Resistance R3 – 300 – Ω Blanking Pulse Output Current I3 0 – –3 mA Blanking Pulse Duration tbl 640 680 730 µs Output Voltage Ramp Generator V11 0.3 – 20 V Output Current Ramp Generator I11 –2 – 15 x 103 µA Output Voltage Frequency Detector V13 Lower Frequency I13 = 1mA – – 1.0 V Leakage Current Frequency Detector I13 Higher Frequency V13 = 50V – – 1.0 µA Output Voltage Buffer Stage V4 0 – 20 V Output Current Buffer Stage I4 – – –4.0 mA Synchronizing Input Voltage V3 Positive Sync 1.0 – 6.0 V Synchronizing Input Voltage V3 Negative Sync –0.5 – –0.7 V R = 100Ω, C = 10pF (Pin12) Electrical Characteristics (Cont’d): (All voltages are measured to VGND (Pin8), TA = +25°C, VP = +23V unless otherwise specified) Parameter Symbol Tolerance of Free Running Oscillator Test Conditions Without Sync Min Typ Max Unit –3.0 – +3.0 % Oscillator Temperature Dependency ∆f/f / ∆TC TA = +20° to +100°C – 10–4 – K–1 Oscillator Voltage Dependency ∆f/f / ∆VP VP = 10V to 30V – 4 x 104 – K–1 1:2.9 1:3 – Synchronizing Ratio fO / fsync Pin Connection Diagram (Front View) 13 FRQC 12 BPDU 11 SGEN 10 VP 9 CFLY 8 GND 7 OUTPUTP 6 PSUP 5 PREI 4 SOUT 3 SYBO 2 OSCC 1 OSCR .961 (24.4) .185 (4.7) .128 (3.28) 1 .488 (12.4) .669 (17.0) 13 .630 (16.0) .067 (1.7) .200 (5.08) .170 (4.32)