TCM1030 Datasheet, PDF (3/8 Pages) Texas Instruments – DUAL TRANSIENT-VOLTAGE SUPPRESSORS

TCM1030, TCM1050
DUAL TRANSIENT-VOLTAGE SUPPRESSORS
SCTS040B – JUNE 1989 – REVISED JUNE 1997
electrical characteristics over operating free-air temperature range (unless otherwise noted)
PARAMETER
TEST CONDITIONS
TCM1030
MIN TYP† MAX
TCM1050
MIN TYP† MAX ^UNIT
VCF
VC(R)
II(trip)
IH
VI(trip)
II(stby)
Forward clamping voltage
(diode forward voltage) (see
Note 3)
IFM = 1-A transient
IFM = 10-A transient
IFM = 16-A transient
IFM = 30-A transient
1.2
2
2.5
4
4
5
—
—
—
1.2
2
2
4
V
2.5
5
3.1
5
Reverse clamping voltage
(SCR on-state voltage) (see
Note 3)
ITM = 1-A transient
ITM = 10-A transient
ITM = 16-A transient
ITM = 30-A transient
–1.2 – 2
– 2.5 – 4
–4 –5
—
—
—
–1.2 – 2
– 2.5 – 4
V
–3 –5
– 4.8 – 7
Trip current (see Note 4)
VS = – 50 V
– 100
– 325 – 100
– 325 mA
Holding current
VS = – 50 V
– 100
– 150
mA
VS = – 50 V, I = trip current
– 50
– 55 – 50
– 55
Trip voltage
VS = – 65 V, I = trip current
– 65
– 70 – 65
– 70 V
VS = – 85 V, I = trip current
—
—
— – 85
– 90
Standby current
TIP and RING at – 85 V or GND,
VS = – 85 V
±5
± 5 µA
Transient overshoot voltage VS = – 50 V, tr = 10 ns
2.5
Coff
Off-state (high impedance)
capacitance
TIP and RING at – 50 V
TIP and RING at GND
25
50
2.5
V
25
pF
50
dv/dt
Critical rate of rise of off-state
voltage (see Note 5)
VS open,
VS = – 50 V
–1
–1
kV/µs
† _{All typical values are at TA = 25°C.}
NOTES: 3. The current flows through one TIP (or RING) terminal and one of the GND terminals. The voltage is measured between the other
TIP (or RING) terminal and the other GND terminal. Measurement time ≤ 1 ms.
4. The negative value of trip current refers to the current flowing out of TIP or RING on the line side that is sufficient in magnitude to
trigger the SCRs. Measurement time ≤ 1 ns.
5. The critical dv/dt is measured using a linear rate of rise with the maximum voltage limited to – 50 V with VS connected to TIP or RING
being measured.
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