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UCC27536DBVT Texas Instruments 2.5-A, 5-A, 35-VMAX VDD FET and IGBT Single Gate Driver 5-SOT-23 -40 to 140 visit Texas Instruments
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VDD-19

Catalog Datasheet MFG & Type PDF Document Tags

SC1887

Abstract: sc1887a _ ABSOLUTE MAXIMUM RATINGS Supply Voltage (VDD33 to GND). -0.3 to +3.8V Supply Voltage (VDD19 to GND). -0.2 to +2.2V Input Voltage (1.9V pins) .-0.2 to VDD19 + 0.2V Input Voltage , Characteristics PARAMETER Supply Voltage (VDD33 to GND) Supply Voltage (VDD19 to GND) Supply Peak Current1 (VDD33 to GND) Supply Peak Current1 (VDD19 to GND) Average Power Dissipation: Fully Adaptive-power
Scintera
Original
SC1887-03 SC1887 JESD22-A114 SC1887-EVK500 sc1887a SC-1887 SC1887-EVK simple 19v power supply 470-862MH JESD22-C101 JESD22-A113

VS16

Abstract: D1004 LB1939T No. N 6 1 9 4 A No. N6194 LB1939T 2ch H / IC LB1939T 2 2 3 / AF 2 VS=1.6 7.5V, VDD=1.9 6.5V VS=VDD=1.9 7.5V VO sat=0.3V at IO=200mA VREF=0.9V t=1.1mm / Ta=25 VS1, VS2, VDD - 0.3 10.5 unit V VB max VOUT IO max OUT1, 2, 3, 4 10ms OUT1, 2, 3, 4 - 0.3 10.5 400 V mA VIN PD max ENA, IN, VC 10.5 0.8 V W Topr Tstg - 20 85 - 55 150 : 114.3mm × 76.1mm ×
-
Original
D1004 ILB01728 ILB01729 ILB01730 VS16 ILB01725 ILB01726 ILB01727 B8-5697 ILB01731

I-00

Abstract: KS0708 V SUPPLY VOLTAGE FOR LCD DRIVE Vee - Vdd-19 VDD+0.3 V INPUT VOLTAGE Vi Ta=25'C Vss Vdd V
-
OCR Scan
KS0708 I-00 2864CGSF- LCM-S12864CGSF-Y

8309

Abstract: ADSL Modem circuit diagram EPROM_SO EPROM_CK VDD20 GND18 PCI_AD_0 PCI_AD_1 VDD19 GND17 PCI_AD_2 PCI_AD_3 GND16 VDD18 GND15 , VDD15 VDD17 VDD19 VDD21 VDD23 VDD25 VDD27 VDD29 VDD31 VDD33 VDD36 VDD41 VDD42 VDD44 VDD46
Samsung Electronics
Original
S5N8952X 8309 ADSL Modem circuit diagram interleaver S5N8951 S5N8952 08MAX 60MAX 10MAX 208-LQFP

interleaver

Abstract: 8309 VDD20 GND18 PCI_AD_0 PCI_AD_1 VDD19 GND17 PCI_AD_2 PCI_AD_3 GND16 VDD18 GND15 PCI_AD , 142 154 166 184 188 198 205 VDD7 VDD10 VDD11 VDD14 VDD15 VDD17 VDD19 VDD21 VDD23
Samsung Electronics
Original

VCXO

Abstract: MEMS ve â'" Slope â'" 8 2.97 2.25 â'" â'" â'" I-driver â'" VOH Vdd-1.1 VOL Vdd-1.9
Vectron International
Original
MV-9400A VCXO MEMS 1-88-VECTRON-1 D-74924
Abstract: I_leak I-driver VOH VOL V_Swing Tr, Tf T_oe T_jitt 2.97 2.25 â'" â'" â'" â'" Vdd-1.1 Vdd-1.9 Vectron International
Original
MO-9250A
Abstract: V_Swing Tr, Tf T_oe T_jitt 2.97 2.25 â'" â'" â'" â'" Vdd-1.1 Vdd-1.9 1.2 100 â'" â'" â Vectron International
Original

MO-9250A

Abstract: MEMS VOH VOL V_Swing Tr, Tf T_oe T_ji 2.97 2.25 â'" â'" â'" â'" Vdd-1.1 Vdd-1.9 1.2 100 â
Vectron International
Original
MO-9250

VCXO

Abstract: MEMS -1 -5 -40 -20 â'" 45 40 I-driver â'" VOH Vdd-1.1 VOL Vdd-1.9 V_Swing 1.2 Tr, Tf
Vectron International
Original
MV-9450A
Abstract: Phase Jitter (random) T_phj 2.97 2.25 â'" â'" â'" â'" Vdd-1.1 Vdd-1.9 1.2 â'" â'" â Vectron International
Original
MO-9200A
Abstract: V_Swing Tr, Tf T_oe T_jitt 2.97 2.25 â'" â'" â'" â'" Vdd-1.1 Vdd-1.9 1.2 100 â'" â'" â Vectron International
Original
Abstract: Phase Jitter (random) T_phj 2.97 2.25 â'" â'" â'" â'" Vdd-1.1 Vdd-1.9 1.2 â'" â'" â Vectron International
Original
Abstract: Maximum average current drawn from OUT+ or OUT- VOL Vdd-1.9 â'" Vdd-1.5 V See Figure 1 SiTime
Original
T9156 T9121
Abstract: -1.1 VOL Vdd-1.9 V_Swing 1.2 Tr, Tf T_oe T_jitt Typ. Max. Unit Condition LVPECL and LVDS Vectron International
Original
Abstract: RMS Phase Jitter (random) T_phj 2.97 2.25 â'" â'" â'" â'" Vdd-1.1 Vdd-1.9 1.2 â'" â Vectron International
Original

MO-9200A

Abstract: MEMS Phase Ji er (random) T_phj 2.97 2.25 â'" â'" â'" â'" Vdd-1.1 Vdd-1.9 1.2 â'" â'" â'" â
Vectron International
Original
MO-9200
Abstract: RMS Phase Jitter (random) T_phj 2.97 2.25 â'" â'" â'" â'" Vdd-1.1 Vdd-1.9 1.2 â'" â Vectron International
Original
Abstract: over operating temperature, I-driver â'" VOH Vdd-1.1 VOL Vdd-1.9 V_Swing 1.2 Tr, Tf T_oe Vectron International
Original
Abstract: over operating temperature, I-driver â'" VOH Vdd-1.1 VOL Vdd-1.9 V_Swing 1.2 Tr, Tf T_oe Vectron International
Original

n1494

Abstract: D2700 _ ABSOLUTE MAXIMUM RATINGS Supply Voltage (VDD33 to GND). -0.3 to +3.8V Supply Voltage (VDD19 to GND). -0.2 to +2.2V Input Voltage (1.9V pins) .-0.2 to VDD19 + 0.2V Input Voltage , Characteristics PARAMETER Supply Voltage (VDD33 to GND) Supply Voltage (VDD19 to GND) Supply Peak Current1 (VDD33 to GND) Supply Peak Current1 (VDD19 to GND) Average Power Dissipation: Fully Adaptive-power
SANYO Electric
Original
LC7455A LC7455M D2700 n1494 LN21 LC7455 ENN5680A LC7455A/M DIP16 MFP18
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