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L3916AD 数据表(PDF) 8 Page - STMicroelectronics |
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L3916AD 数据表(HTML) 8 Page - STMicroelectronics |
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8 / 14 page ![]() ELECTRICAL CHARACTERISTICS (continued) Symbol Parameter Test Condition Min. Typ. Max. Unit Fig. GDTMF DTMF Gain IL = 15mA, RDTMF = 2.25K Ω 38 40 42 dB 7 CDTMF Confidence Tone Level Vear/VLN –34 –32 –30 dB 7 VDTMF DTMF Level on the line High Frequency Group Low Frequency Group RDTMF = 2.25K Ω, CDTMF = 22nF –8 –10 –6 –8 –4 –6 dBm dBm 7 PEI Pre-emphasis 1.0 2 3 dB 7 DIS DTMF Output Distortion 5 8 % 7 ZDTMF DTMF Att. pin Impedance 32 K Ω GRX Receive Gain Vinp = 5mVrms, Re = 300 Ω RGRX = 100K Ω IL = 15mA IL = 60mA 29.5 24 31.0 26 32.5 28 dB dB 8 AGRX Receive Gain Variation IL =15mA, Re = 300 Ω RGRX = 10K Ω RGRX = 300K Ω –20 –20 +10 +10 dB dB dB 8 DRX Reveive Distortion IL = 15mA; RGRX = 100K Ω Re = 150 Ω, VC = 0.25Vrms Re = 300 Ω, VC = 0.45Vrms Re = 450 Ω,VC = 0.55Vrms 2 2 2 % % % 8 NRX Receive Noise IL = 15mA RL = 300 Ω RGRX = 100K Ω Vinp =0V 200 8 ZOUT Receive Output Impedance IL = 15mA 35 Ω 8 VPT Pacifier Tone Level on Earphone IL= 15mA; Rp = ∞ Rp = 430K 60 600 mVrms mVrms 8 KEYBOARD INTERFACE TKD FKS KRU KRD Keypad Debounce Time Keypad Scan Frequency Keypad Pullup Resistance Keypad Pulldown Resistance 32 250 100 500 ms Hz K Ω Ω PULSE MODE TPT FPT PR TB TM IDP PDP Pacifier Tone Duration Pacifier Tone Frequency Pulse Rate Break Time Make Time Inter Digit Pause Predigit Pause 75 500 10 60 40 820 50 ms Hz PPS ms ms ms ms TONE MODE TRIS TR TPSD TISD TDUR Tone Output Rise Time Tone Signalling Rate Pre Signal Delay Inter Signal Delay Tone Output Duration 40 5 100 100 5ms 1/s ms ms ms tHFP Hook Flash Timing 585 ms Notes: 1. All inputs unloaded. Quiescent mode (oscillator off). 2. Pulse output sink current for VOUT = 0.5V. 3. Pacifier tone sink current for VOUT = 0.5V. Source current for VOUT = 2.5V. 4. Memory retention voltage is the point where memory is guaranteed but circuit operation is not. Proper memory retention is guaranteed if either the minimum IMR is provided or the minimum VMR. The design does not have to provide both the minimum current and voltage simultaneously. µV L3916A 8/14 |
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