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TLE4971 数据表(PDF) 10 Page - Infineon Technologies AG |
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TLE4971 数据表(HTML) 10 Page - Infineon Technologies AG |
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10 / 23 page ![]() Datasheet 10 Revision 1.02 19-08-2022 TLE4971 Datasheet Fast Over-Current Detection (OCD) Output Parameters Table 6 Common OCD Parameters General conditions (unless otherwise specified): VDD = 3.3V; TS = -40°C … +125°C, CL=1nF. Parameter Symbol Min Typ Max Unit Note / Test Conditions Threshold level tolerance1) ITHT -10 - 10 % Type tested Response time jitter1) ΔtD_OCD - - 0.25 µs At 3σ, Irail=2xITHRx.x, input rise time 0.1µs Deglitch filter basic time tOCDgl 400 500 600 ns Detection minimum time tOCD_low 3 - - µs Valid for both OCDs Load capacitance tOCD_low - - 1 nF Open-drain current CL - - 1 mA DC current Pull-up resistor RPU 1 4.7 10 kΩ To VDD 1) Not subject to production test. Verified by design and characterization. Table 7 OCD1 Parameters Parameter Symbol Min Typ Max Unit Note / Test Conditions Threshold level - Level11)2) 3) ITHR1.1 - 1.25 - x IFS Factor with respect to IFS (IFS = current full scale according to programming i.e. 120A) Threshold level - Level21)2) ITHR1.2 - 1.39 - x IFS Factor with respect to IFS Threshold level - Level31)2) ITHR1.3 - 1.54 - x IFS Factor with respect to IFS Threshold level - Level41)2) ITHR1.4 - 1.68 - x IFS Factor with respect to IFS Threshold level - Level51)2) ITHR1.5 - 1.82 - x IFS Factor with respect to IFS Threshold level - Level61)2) ITHR1.6 - 1.96 - x IFS Factor with respect to IFS Threshold level - Level71)2) ITHR1.7 - 2.11 - x IFS Factor with respect to IFS Threshold level - Level81)2) ITHR1.8 - 2.25 - x IFS Factor with respect to IFS Response time4) tD_OCD1 - 0.7 1 µs IPN = 2*ITHR1.x Fall time5) tf_OCD1 - 100 150 ns Deglitch filter setting2)6) OCD1gl_mul 0 - 7 - tdeglitch = OCD1gl_mul*tOCDgl pre-configured setting = 0 1) Symmetric threshold level for positive and negative currents. 2) Can be programmed by user. 3) Pre-configured threshold level 4) Time between primary current exceeding current threshold and falling edge of OCD1-pin at 50%. 5) Not subject to production test. Verified by design and characterization. 6) The specified deglitching timing is valid when input current step overtakes the threshold of at least 10%. |
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