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IC-GF Datasheet(PDF) 8 Page - IC-Haus GmbH |
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IC-GF Datasheet(HTML) 8 Page - IC-Haus GmbH |
8 / 26 page iC-GF TRANSCEIVER Rev C1, Page 8/26 ELECTRICAL CHARACTERISTICS Operating Conditions: VBO = 9...30 V (referenced to VN), Tj = -40...125 °C, RSET = 6.8 kΩ ±1%, unless otherwise stated Item Symbol Parameter Conditions Unit No. Min. Typ. Max. High-Side Switch QP1, QP2 201 Vs()hi Saturation Voltage hi vs. VBO RSET = 5.1 kΩ; I() = -100 mA -1.4 V I() = -50 mA -0.85 V I() = -10 mA -0.35 V 202 Isc()hi Short-Circuit Current hi RSET = 6.8 kΩ, V() = 0...VBO − 3 V -230 -150 -100 mA RSET = 5.1 kΩ, V() = 0...VBO − 4 V -325 -220 -140 mA 203 Vol()on Overload Detection Threshold on QP1, QP2 hi → lo; referenced to VBO -2.1 -1.5 V 204 Vol()off Overload Detection Threshold off QP1, QP2 lo → hi; referenced to VBO -1.9 -1.4 V 205 Vol()hys Overload Detection Threshold Hysteresis Vol()hys = Vol()off − Vol()on 0.1 V 206 llk() Leakage Current at QP1, QP2 OEN = lo; V(QP1, QP2) = -6...0 V -100 0 µA V(QP1, QP2) = 0 V...VBO -40 0 µA V(QP1, QP2) > VBO...VN + 30 V 0 100 µA 207 SR() Slew Rate (switch off → on) VBO = 30 V, Cl = 2.2 nF 40 V/µs 208 Imax() Maximum Current in QP1, QP2 V(ISET) = 0 V, VBO − QPx > 4 V -520 -170 mA 209 Ir() Reverse Current in QP1, QP2 QPx activated; V(QPx) = VBO...VBO + 6 V 1 mA 210 Iexc() Excitation Current NEXC = 0 (see Fig. 9) -540 -300 mA 211 texc Excitation Time NEXC = 0 (see Fig. 9) 1.5 3.5 µs 212 tdead Dead Time Push-pull configuration, QPx activation delay after QNx deactivation (see Fig. 9) 1.2 2.8 µs Short-Circuit/Overload Monitor 301 toldly Time to Overload Message (NOVL 1 → 0, outputs tri-state) Permanent overload (see Fig. 6) 126 160 213 µs 302 tolcl Time to Overload Message Reset (NOVL 0 → 1, outputs active) No overload (see Fig. 6) 35 50 80 ms 303 tdscr Time to Communication Request acknowledge SPI mode, ENSCR = 1, QCFGx(1:0) = 01/10/11 70 90 µs 304 tdnscrmax Maximum Time for no Communi- cation Request acknowledge 40 µs 305 tdnscrmin Minimum Time for no Communi- cation Request acknowledge 151 µs VBO Voltage Monitor 401 VBOon Turn-On Threshold VBO Referenced to GND 8 9 V 402 VBOoff Turn-Off Threshold VBO Decreasing voltage VBO 7.3 8.5 V 403 VBOhys Hysteresis VBOhys = VBOon − VBOoff 200 500 mV 404 tuvdly Time to Undervoltage Message (NUVD 1 → 0, switch tri-state) Permanent undervoltage at VBR, VCC or VCC3 25 120 µs 405 tuvcl Time to Undervoltage Message Reset (NUVD 0 → 1, switch active) No undervoltage at VBR, VCC and VCC3 (see Fig. 6) 35 50 80 ms Temperature Monitor 501 Toff Overtemperature Shutdown (NOVL 1 → 0, switch tri-state) Increasing temperature Tj 130 165 °C 502 ton Overtemperature Shutdown Re- set Delay (NOVL 0 → 1, switch active) Temperature Tj < Toff 35 50 80 ms Inputs IN1/TX, IN2/MOSI, INV1/ENSPI, QCFG1/NCS, QCFG2/SCLK, OEN 601 Vt()hi Input Threshold Voltage hi at IN1/TX, IN2/MOSI, OEN, SCLK, NCS 2 V 602 Vt()lo Input Threshold Voltage lo at IN1/TX, IN2/MOSI, OEN, SCLK, NCS 0.8 V |
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