Lock Y-axis 10ms 100ms 1s 3s 10s 1min LIVE VIEW 40 mA 30 mA 20 mA 10 mA 0 nA 00:00:01 00:00:05 00:00:10 00:00:15 00:00:20 00:00:23 090.478 000.000 000.000 000.000 015.655 WINDOW SELECTION ZOOM TO SELECTION SELECT ALL CLEAR 6.74mA average 33.99mA max 21.92s time 147.67mC charge 371.81µA average 12.13mA max 4.888s time 1.82mC charge
HIGH-level leakage V LIN= VBAT −1 0 +1 A current IL LIN pull-up current sleep mode; V LIN= 0 V; −2 −5 −10 A V NSLP= 0 V 2004 Jan 13 10 Philips Semiconductors Product specification LIN transceiver TJA1020 SYMBOL PARAMETER CONDITIONS MIN. TYP. MAX. UNIT RSLAVE slave termination standby, low slope or 20 30 47
gemäß / Solderability according to: 60068-2-20 Verpackungsmöglichkeiten / Packing options: 100 St. = 10 Faltschachteln á 10 Stück / 100 pcs. = 10 boxes of 10 pieces 1.000 St. = Industrieverpackung / 1.000 pcs. = Industrial packaging Als Baugruppe mit 2 Aufsteckkappen in beliebigen Formen und Längen, fertig
des Power Supply läuft er einwandfrei, alle 4 Led Stripes bekommen 60 Volt, der D478 Mosfet hat 10V (rechter Pin). aber dann nach kurzer Zeit setzt die Hintergrundbeleuchtung aus, es leuchtet nur noch 1 Stipe 3 Led Stripes haben 13 volt, einer hat 67 Volt, der D478 Mosfet hat 7V. dann setzen
Hallo, hat jemand zufällig ein Datenblatt für den PMIC MAX77620?
Versuchsstand Langzeittest „Zyklisierung“ 1. Aufbau für Einzelzelle (in Realisierung, Ziel mehrere Kanäle (ca. 10)) U= 1…4 V I = 150 A max 2. Aufbau für Stacks (2007) U= 5…15 V y Imax= 200 A g v d Fakultät für ETIT - Professur für Leistungselektronik und EMV IEEE Chapter Meeting Chemnitz, 11.-12.Mai 2006 M. Bodach
7 8 9 10 VR, REVERSE VOLTAGE (V) Vin INPUT VOLTAGE (V) Figure 9. Output Capacitance Figure 10. Output Current vs. Input Voltage 100 V = 0.2 V O V ( G TA= −25C A 10 L 25C V T 75C U N , 1 i V 0.1 0 10 20 30
Collector Output Capacitance Collector-Emitter Saturation Voltage 80 70 N N ICMax. (Pulsed) A 60 E 10 C Max. (Continuous) I R T R D P 50 U ss 1 I C pat ms S R on 0 I 40 T Lm m D C ed s E E 30 L 1 O O P C Sb ] 20 ] i W [ mt . D I d A P 10 M C 0.1 V 0 1 10 100 0 25 50 75 100 125 150 175 200 o VCEV], COLLECTOR-EMITTER
versatility, and true economy. It features • Low noise - less than 15µV P-P auto zero to less than 10µV, zero drift of less than 1µV/°C, • On-chip clock and reference input bias current of 10pA (max) and rollover error of less than one count. True differential inputs and reference are useful in • Low
GMT 1527 ist pinkompatibel (3 statt 2A und Lötpad zur Wärmeableitung) und zum Stückpreis von 10 Euro inkl. Versand aus China zu bekommen. Der praktisch pinkompatible MAX1951 ist noch teurer. Zum "E7ADW" (so lese ich das) nach wie vor zappenduster. Ich glaube, sich auf die Suche nach einem ähnlichen
substitute(messmode=self._function) for key, cmd in self._syntax_table.items() } # mit Formatierung max_key_len = max(len(key) for key in modified_list.keys()) for key, cmd in modified_list.items(): print(f"{key:<{max_key_len}} {cmd}") return syntax except KeyError: return f'command unknown → {name}'
connectors. Main Specifications of the TODX283 Data rate: DC to 50 Mb/s (NRZ code) Transmission distance: 10 m (max) (via APF cable) 100 m (max) (via PCF cable) Pulse width distortion: less than ±7 ns Center wavelength: 650nm Operating temperature: –10°C to 70°C TTL interface TODX283 7 OpticalM odulesforHigh-SpeedDataT
Switches Absolute Maximum Ratings Operation of this device above any one of these RF Input Power 2W Max>500MHz parameters may cause permanent damage. Control Voltage -10V Operating Temperature -45C to +85C Storage Temperature -65C to +150C Thermal Resistance 20 deg C/W Insertion Loss vs. Frequency VContr
the line. It can also be expressed as a function of the reflection coefficient ratio, as follows. VZ max 1 + Γ VSWR = VZ min = 1 − Γ, 1 ≤ VSWR ≤ ∞ If VSWR = 1.0, there is no reflected power. The return loss (RL) is a function of the reflection coefficient but expressed in dB. P RL = 10 × log10 incident
VEHICLE ELECTRONICS NEW PRODUCT TWO CHANNEL MEASUREMENT UNIT SPITZENBERGER EMU 300 TRANSDUCER SHUNT 1V max. 25V max. CURRENT 25V max. 10V max. 50Ω VOLTAGE ISO 16750-2 / ISO 21780 SUPERIMPOSED ALTERNATING VOLTAGE ISO 11452-8 MAGNETIC FIELD MEASUREMENT Measurement bandwidth DC ... 300 kHz Single frequency
) C ( D = 50 A iss e 8 VDS= 30 V F 10 000 a ( 1000 o 1000 e C oss V n n e e e e 6 e l i l l l u l na 1000 s n d o s 2pa 1 2 2 - 4 1 C - - 100 t 100 C 100 C rss G - 2 G V 10 10 0 10 0 10 20 30 40 50 60 0 40 80 120 160 200 VDS - Drain-to-Source
FLUKE 87 TRUE RMS MULTIMETER 10.00 MIN MAX RANGE mA µA V Ω COM 10A MAX FUSED 400mA FUSED DIGITAL MULTIMETER HM 8011-3 RANGE 2000 200 1000V 0.2 20/10 mA AC/DC V- AC 1V AC 750V HAMEG Instruments 31.05.2026 13:59
Electrical Characteristics T C25°C unless otherwise noted Symbol Parameter Test Condition Min. Typ. Max. Units Off Characteristics V(BR)GSS Gate-Source Breakdwon Voltage G = 10µA, DS = 0 20 V GSS Gate Reverse Current VGS= 10V, VDS= 0 20 nA VGS(off) Gate-Source Cutoff Voltage VDS= -10V,DI = -10µA 8.0 V
Form 0253-241001 PAGE 3 SPECIFICATIONS (CONT.) Units G4IDC5K G4IDC5MA* G4IDC15** G4IDC24** VDC 2.5–16 10–32 10–32 10–32 Input voltage range VAC — 12–32 12–32 12–32 Highest Diagnostic Key feature speed switch — — Input current at maximum line mA 30 25 25 25 Isolation, input-to-output (transient): 1 ms V
as the input for triggering.
Numeric resolution
bandwidth, at 5 Gsample/s
bit resolution
1 kHz to 10 MHz
18 bit
100 MHz
16 bit
200 MHz
15 bit
500 MHz
14 bit
Real-time sampling rate
MXO 34
max. 5 Gsample/s on 2 channels, max. 2.5 Gsample/s on 4 channels
MXO 38
max. 5 Gsample/s on 4 channels, max. 2.5
MODULE VOLTAGE - 3.3 / 5.0 VDC
MODULE MAX CURRENT - 1500mA
RELAY MAX CURRENT - 10A <=> 240 VAC
10A <=> 120 VAC
10A <=> 30 VDC
NC - NORMAL CLOSE
COM - COMMON TERMINAL
NO - NORMAL OPEN
16 CHANNEL I2C INTERFACE
ELECTROMAGNETIC RELAY MODULE
KRIDA
Lock Y-axis 10ms 100ms 1s 3s 10s 1min LIVE VIEW 25 mA 20 mA 15 mA 10 mA 5 mA 0 nA Enter light sleep ~340 µA 341.7 µA 00:06:05 331.968 00:06:05 500.000 00:06:06 000.000 00:06:06 412.836 3.78mA average 20.02mA max 1.080s time 4.09mC charge 4.50µA average 37.76µA max 29.64ms time 0.13µC charge
Tone, 1 MHz Tone Separation) 0.5 - 8.0 GHz 40 46 dBm Switching Characteristics tON, tOFF (50% CTL to 10/90% RF) DC - 8.0 GHz 5 ns 10 - 96 rights of third parties that may result from its use. Specifications subject to change without notice. Norwood, MA 02062-9106, Trademarks and registered trademarks are
ST) V CC= 13.5 V 2 − 3 −4.5 −2.5 −1.2 mA Startup Current Biasing V CC(BIAS) ICC−500µA 2 − 3 8.0 9.6 10.5 V Threshold Voltage Normal Operation Average Switching Frequency fOSC(AVG) 8 − 3 58 65 72 kHz Switching Frequency Δf 8 − 3 — 5.4 — kHz Modulation Deviation Maximum Feedback Current IFB(MAX) V CC= 12
PWR_SRC M 6 5 P4 3 2 1 +3VALW ▯ ▯ PU4 I F S R F I 加大Driving C0.1u25X0603 C2200p50X0402 C10u25X51206 PC8 3V_OUT 7 E T E 24 5V_OUT 10KR0402 N-SM4370NPQ22-TRG_KPAK8-HF C0.1u25X0603 C2200p50X0402 C10u25X51206 OCP 12A OCP 7A ▯ +3VALW C4.7u6.3X0603 S 8 VREG3 PGOOD1 23 SUSPWROK <22> 4 5 MAX 10A MAX
Wissen. 22 Impulse. B19126 19. November 2019 Kontakte. € 12,00 www.elektronikpraxis.de Mit 10-MBit-Ethernet an den Rand der digitalen Welt 10BASET1L will die Prozess-Automation vereinfachen. Was kann der neue Ethernet- Standard, welche Applikationen sind möglich – und warum gerade 10 MBit? Seite
RESISTANCE VALUES Tc Resistance Value [kW] Tc Resistance Value [kW] Tc Resistance Value [kW] [5C] Min Typ Max [5C] Min Typ Max [5C] Min Typ Max −40 4130.00 4251.00 4612.34 16 152.51 154.60 156.96 72 13.69 14.10 14.52 −39 3851.00 3962.00 4290.13 17 145.20 147.20 149.28 73 13.19 13.60 14.00 −38 18 74 3593.00
sEATING PIN 7 CLOCK ..._....,_.._ _ __,,.--..J f PLANE PIN 8 G RO UND PIN 9 V e e 6,8 (0.2301 PIN 10 COLUM N 3 MIN PIN 11 COLUM N 5 PIN 12 COLUMN 4 PIN 14 ROW 6 N 2 ---i 14-- .·ro:0.016)1 DIA PIN 16 ROW 4 16PINS PIN 16 ROW 2 NOTES: a. A ll dimensions are In millimeters and parenthetically In Inches.
V = 0.0V, C = 1000pF, T = 25 C unless otherwise specified. SD LO, HO A Symbol Definition Min. Typ. Max. Units Test Conditions Supply Characteristics VCCUV+ VCC supply undervoltage positive going10.5 11.5 12.5 V CC rising from 0V threshold V CCUV- VCC supply undervoltage negative going 8.5 9.5 10.5 V
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