Tiristor de alta potencia de 6500V para aplicaciones de control de fase
$2502-9 Piece/Pieces
$210≥10Piece/Pieces
Tipo de Pago: | L/C,T/T,Paypal |
Incoterm: | FOB,CFR,CIF |
transporte: | Ocean,Land,Express,Others |
Hafen: | SHANGHAI |
$2502-9 Piece/Pieces
$210≥10Piece/Pieces
Tipo de Pago: | L/C,T/T,Paypal |
Incoterm: | FOB,CFR,CIF |
transporte: | Ocean,Land,Express,Others |
Hafen: | SHANGHAI |
Modelo: YZPST-KP1000A6500V
Marca: Yzpst
Place Of Origin: China
VRRM: 6500V
VDRM: 6500V
IRRM: 40 mA
IDRM: 200mA
DV/dt: 1000 V/μsec
IT(AV): 1000A
ITRMS: 1650A
Unidades de venta | : | Piece/Pieces |
Tipo de paquete | : | 1. Embalaje anti-electrostático 2. Caja de cartón 3. trenza |
Descargar | : |
P/N: YZPST-KP1000A/6500V
Tiristo de alta potencia para FASE CONTROL Aplicaciones
Características:
. Todo Estructura difusa
. Center amplificando la configuración GA TE
. Garantizado Tiempo de apagado máximo
. DV/DT alto Capacidad
. Presión ensamblada Dispositivo _
Bloqueo - Fuera del estado
VRRM ( 1) |
V DRM ( 1) |
VRSM ( 1) |
6500 |
6500 |
6600 |
VRRM = Voltaje reverso de pico repetitivo
VDRM = Pico repetitivo de voltaje de estado
VRSM = voltaje de reverso de pico no repetitivo (2)
Notas:
Todas las calificaciones se especifican para TJ = 25 OC a menos que
se indique lo contrario.
(1) Todas las clasificaciones de voltaje se especifican para una forma de onda sinusoidal aplicada de 50Hz/60ZHz sobre la
Rango de temperatura -40 a +125 OC.
(2) 10 ms. Max. ancho de pulso
(3) Valor máximo para TJ = 125 OC.
(4) Valor mínimo para lineal y exponencial
Waveshape a 80% calificó VDRM. Puerta abierta.
TJ = 125 OC.
(5) valor no repetitivo.
(6) El valor de DI/DT se establece en
De acuerdo con EIA/NIMA Standard RS-397, Sección 5-2-2-6. El valor definido sería además del obtenido de un circuito desinfesado, que comprende un condensador de 0.2 μF y una resistencia de 20 ohmios en paralelo con el thristor
bajo prueba.
Repetitive peak reverse leakage and off state |
IRRM / IDRM |
40 mA 200mA (3) |
Critical rate of voltage rise |
dV/dt (4) |
1000 V/μsec |
Conducción - en estado
Parameter | Symbol | Min. | Max. | Typ. | Units | Conditions |
Max. Average value of on-state current | IT(AV) | 1000 | A | Sinewave, 180o conduction TC=70 oC | ||
RMS value of on-state current | ITRMS | 1650 | A | Nominal value | ||
Peak one cpstcle surge | ITSM | 18 | kA | 10.0 msec (50Hz), sinusoidal wave- shape, 180o conduction, Tj = 125 oC | ||
(non repetitive) current | ||||||
I square t | I2t | 1620 | kA2s | |||
Latching current | IL | 1500 | mA | VD = 24 V; RL= 12 ohms | ||
Holding current | IH | 500 | mA | VD = 24 V; I = 2.5 A | ||
Peak on-state voltage | VTM | 2.65 | V | ITM = 1000A; Tvj= 125℃ | ||
Threshold voltage | VTo | 1.24 | V | Tvj= 125℃ | ||
Slope resistance | rT | 1.01 | mΩ | Tvj= 125℃ | ||
Critical rate of rise of on-state current (5, 6) | di/dt | 500 | A/μs | Switching from VDRM < 1500 V, | ||
non-repetitive | ||||||
Critical rate of rise of on-state current (6) | di/dt | - | A/μs | Switching from VDRM < 3500 V |
Parameter |
Symbol |
Min. |
Max. |
Typ. |
Units |
Conditions |
Peak gate power dissipation |
PGM |
|
50 |
|
W |
tp = 40 us |
Average gate power dissipation |
PG(AV) |
|
10 |
|
W |
|
Peak gate current |
IGM |
|
10 |
|
A |
|
Gate current required to trigger all units |
IGT |
|
400 |
|
mA mA mA |
VD = 6 V;RL = 3 ohms;Tj = -40 oC VD = 6 V;RL = 3 ohms;Tj = +25 oC VD = 6 V;RL = 3 ohms;Tj = +125oC |
Gate voltage required to trigger all units |
VGT |
|
- 2.6 - |
|
V V V |
VD = 6 V;RL = 3 ohms;Tj = -40 oC VD = 6 V;RL = 3 ohms;Tj = 0- 125oC VD = Rated VDRM; RL = 1000 ohms; Tj = + 125 oC |
Peak negative voltage |
VGRM |
|
10 |
|
V |
|
Dinámica
Parameter |
Symbol |
Min. |
Max. |
Typ. |
Units |
Conditions |
Delay time |
td |
|
- |
|
μs |
ITM = 1000 A; VD = Rated VDRM Gate pulse: VG = 20 V; RG = 20 ohms; tr = 0. 1 μs; tp = 20 μs |
Turn-off time (with VR = -50 V) |
tq |
|
700 |
|
μs |
ITM = 1000 A; di/dt = 1A/μs; VR > 200 V; Re-applied dV/dt = 20 V/μs linear to 67% VDRM; VG = 0; Tj = 125 oC; Duty cpstcle > 0.01% |
Reverse recovery charge |
Qrr |
|
- |
|
μAs |
ITM = 2000 A; di/dt = 1.5 A/μs; VR > 200V |
Esquema de casos y Dimenses .
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