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CIG KTY83-110 Koaxial-PTC-Thermistor LPTC83-110 1000ohm ±1% -55-175C DO-35
Produktdetails:
| Herkunftsort: | Dongguan, Guangdong, China |
| Markenname: | AMPFORT |
| Zertifizierung: | ROHS |
| Modellnummer: | LPTC83-110 |
Zahlung und Versand AGB:
| Min Bestellmenge: | 500pcs |
|---|---|
| Preis: | 0.6 USD/PC |
| Verpackung Informationen: | Massen, 500pcs pro Tasche; Band in der Munition, 5000pcs pro Behälter |
| Lieferzeit: | 5 Arbeitstage |
| Zahlungsbedingungen: | T/T |
| Versorgungsmaterial-Fähigkeit: | 100KKPCS pro Monat |
|
Detailinformationen |
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| Name: | Ptc-Thermistor | Widerstand: | R25=1000Ω |
|---|---|---|---|
| Toleranz: | ±1% | R25: | 990-1010Ω |
| Funktionieren Temperatur: | -55℃~175℃ | Verkapselung: | DO-35 |
| Markieren: | CIG Koaxial-PTC-Thermistor,Silizium-Chip PTC-Thermistor,Widerstand 1000ohm PTC-Thermistor |
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Produkt-Beschreibung
CIG KTY83-110 Koaxial-PTC-Thermistor LPTC83-110 1000Ω ±1% -55~175℃ DO-35
Elektrische Parameter des PTC-Thermistors
| Nein. | Parameter | Symbol | Testbedingung | Min. | Noch. | Maximum. | Einheit |
| 1 | Widerstandswert an 25°C | R25 |
konstante Temperatur 25±0.05℃ |
990 | 1000 | 1010 | Ω |
| 2 | Verlustfaktor | δ | In der ruhigen Luft | 1,5 | / | / | mW/℃ |
| 3 | Thermische Zeitkonstante | τ | In der ruhigen Luft | / | / | 7 | s |
| 4 | Isolationswiderstand | / | DC=100V | 100 | / | / | MΩ |
| 5 | Max. Work Current | Imax | / | / | / | 8 | MA |
| 6 | Nennstrom | IN | / | / | 2 | / | MA |
| 7 | Nennleistung | Pmax | / | / | / | 50 | mW |
| 8 | Betriebstemperatur | TA | -40~+175℃ | ||||
| 9 | Lagerzeit | Tmin | 2 Jahre (Raumtemperatur, relative Luftfeuchtigkeit <60> | ||||
Maß des PTC-Thermistors
| Nein. | Name | Spezifikt. |
| 1 | Dumes | Ferronickel-Legierung |
| 2 | Chip | Silizium-Chip |
| 3 | Glas-Shell | ODФ2.0mmmax IDФ0.8 ±0.05mm |
Silikon PTC-Thermistor-Querverweis
| Teilnummer |
Widerstand (Ω) |
Toleranz (%) |
Nennwiderstand (Ω) |
Betriebstemperatur |
Entsprechend Markt generisch Modelle |
| LPTC83-110 | R25=1000 | ±1% | R25=990-1010 | -55℃~175℃ | KTY83-1KΩseries |
| LPTC83-120 | R25=1000 | ±2% | R25=980-1020 | ||
| LPTC83-121 | R25=1000 | -2% | R25=980-1000 | ||
| LPTC83-122 | R25=1000 | +2% | R25=1000-1020 | ||
| LPTC83-150 | R25=1000 | ±5% | R25=950-1050 | ||
| LPTC83-151 | R25=1000 | -5% | R25=950-1050 | ||
| LPTC83-152 | R25=1000 | +5% | R25=1000-1050 | ||
| LPTC81-110 | R25=1000 | ±1% | R25=990-1010 |
-55℃~+150℃
|
KTY81-1KΩ Reihe |
| LPTC81-120 | R25=1000 | ±2% | R25=980-1020 | ||
| LPTC81-121 | R25=1000 | -2% | R25=980-1000 | ||
| LPTC81-122 | R25=1000 | +2% | R25=1000-1020 | ||
| LPTC81-150 | R25=1000 | ±5% | R25=950-1050 | ||
| LPTC81-151 | R25=1000 | -5% | R25=950-1050 | ||
| LPTC81-152 | R25=1000 | +5% | R25=1000-1050 | ||
| LPTC81-210 | R25=2000 | ±1% | R25=1980-2020 | -55℃~+150℃ |
KTY81-2KΩ Reihe KTY10-5KTY10-6 KTY10-62KTY10-7series
|
| LPTC81-220 | R25=2000 | ±2% | R25=1960-2040 | ||
| LPTC81-221 | R25=2000 | -2% | R25=1960-2000 | ||
| LPTC81-222 | R25=2000 | +2 | R25=2000-2040 | ||
| LPTC81-250 | R25=2000 | ±5% | R25=1900-2100 | ||
| LPTC81-251 | R25=2000 | -5% | R25=1900-2000 | ||
| LPTC81-252 | R25=2000 | +5% | R25=2000-2100 | ||
| LPTC84-130 | R100=1000 | ±3% | R25=575-595 | -40℃~+180℃ | Reihe KTY84 |
| LPTC84-150 | R100=1000 | ±5% | R25=565-613 | ||
| LPTC84-151 | R100=1000 | -5% | R25=565-575 | ||
| LPTC84-152 | R100=1000 | +5% | R25=595-613 | ||
| LPTC-200 | R25=200 | ±3%; +5%, - 5% | -40℃~+150℃ | ||
| LPTC-500 | R25=500 | ±3%; +5%, - 5% | |||
| LPTC-1200 | R25=1200 | ±3%; +5%, - 5% | -50℃~+125℃ | ||
| LPTC-1600 | R25=1600 | ±3% | R25=16000±50Ω | ||
| LPTC-3800 | R25=3800 | ±3% | |||
| LPTC-4050 | R25=4050 | ±3% | R25=3920-4172 |
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