
3
Data Device Corporation
www.ddc-web.com
RP-21200
Rev. C
Output Reverse Pulsed
Current All Models
Pulse Width
≤100 s
A
4x max.
rated current
Output Reverse Voltage at
Rated Current
Power Out Voltage
>
Power In Voltage
V
1.8 max.
Output Voltage Drop at
25°C
See Note 3
See TABLE 4
V
0.2 max.
Output Voltage Drop at
100°C
See Note 3
See TABLE 4
V
0.3 max.
Trip Characteristics
See FIGURE 5
-55°C to +100°C
——
I2t Max Rating
Calculation
Response Time
Instant Trip=200%
See FIGURE 5
Instant Trip=1000%
See FIGURE 5
Instant Trip=3000%
See FIGURE 5
See FIGURE 6
-55°C to +100°C
A2-
sec
A2-
sec
A2-
sec
—
1.4 x Irated
current2
4.2 x Irated
current2
10.6 x Irated
current2
—
Total Gamma Dose
(Note 6)
RP-212XX“F0”
rad(si)
10K
Neutron Fluence
(Note 6)
RP-212XX“F0”
n/cm2
3.2 x 1012
Gamma Dose Rate
(Note 6)
RP-212XX“F0”
rad(si)
/sec
<1012
(Note 7)
Power Input Leakage
Current to Power Out
RP-21225
PARAMETER
Power In = 0-40 V
-55°C to +100°C
See Note 5
CONDITIONS
mA
UNIT
4 max.
VALUE
Load Capacitance
RP-21225
Load Capacitance
RP-21209
Load Capacitance
RP-21203
See Note 3
-55°C to +100°C
See Note 3
-55°C to +100°C
See Note 3
-55°C to +100°C
F
6800 min.
1400 min.
700 min.
Control to Power Output
Isolation Resistance
Control to Power
Output = 50V
108 min.
Output Reverse
Continuous Current
All Models
Rupture Capacity
Trip Reset Time
Output Capacitance
RP-21225
Output Capacitance
RP-21209
Output Capacitance
RP-21203
Power Out Voltage
>
Power In Voltage
See Note 4
Power in to Power
Output = 28V
Power in to Power
Output = 28V
Power in to Power
Output = 28V
A
ms
pF
1x max.
rated current
Unlimited
1 max.
6600 typ.
3300 typ.
900 typ.
Logic Type
PARAMETER
See FIGURE 2
See Note 2
CONDITION
—
UNIT
TTL/CMOS
Compatible
VALUE
Vbias Supply Current
VBias=4.5-5.5 VDC
RP-212XXF1
VBias=4.5-5.5 VDC
RP-212XXF0
mA
50 typ.,
75 max.
20 typ.
30 max.
Control Turn-On Voltage2
-55°C to +100°C
V
2.0 min.
Control Turn-Off Voltage2
-55°C to +100°C
V
0.8 max.
Lockout Disable Voltage2
-55°C to +100°C
V
2.0 min.
Lockout Enable Voltage2
-55°C to +100°C
V
0.8 max.
Control/Lockout Input
Current2
Control = 5 V
Lockout = 0 V
-55°C to +100°C
A
100 max.
-100 min.
Control/Lockout Input
Current2
Control = 0 V
Lockout = 5 V
-55°C to +100°C
A
1.0 max.
-1.0 min.
Status Output Voltage
Low
VBias = 4.5 V
IOL = 2.5 mA
-55°C to +100°C
V
0.4 max.
Status Output Voltage
High
VBias = 4.5 V
IOH = -0.4 mA
-55°C to +100°C
V
3.5 min.
Status Truth Table
See TABLE 6
——
‘On’ Resistance
See TABLE 4
——
Power Dissipation
See TABLE 4
——
Power Input Leakage
Current to Power Out
RP-21203
Power In = 0-40 V
-55°C to +100°C
See Note 5
mA
0.3 max.
PARAMETER
UNIT
VALUE
Power In to Power Out
Vdc
70 continuous
90 transient
Power Out to Slew Control
Vdc
100 continuous
Lock-Out Input to Signal Ground 1
Control Input to Signal Ground 1
Vdc
-0.5 to 7.0
Power Out to Signal Ground
Vdc
-100 to +100
VBias voltage
Vdc
-0.5 to +6.0
Lead Temperature (soldering)
°C
+260 (within 10 sec.)
Junction Temperature
°C
TABLE 1. ABSOLUTE MAXIMUM RATINGS
TABLE 3. RP-212XX SPECIFICATIONS
TABLE 3. RP-212XX SPECIFICATIONS (CONT.)
Note: 1. This input shall not exceed VBias by more than 0.5V.
TABLE 2. RECOMMENDED OPERATING CONDITIONS
Power Out to Signal Ground
Control Input to Signal Ground1
VBias voltage
Lock-Out Input to Signal Ground 1
Power In to Power Out
PARAMETER
Vdc
UNIT
-40 to +40
+4.5 to +5.5
+0.0 to +40.0
VALUE
Instant Trip Level Without
External Programming
Resistor
See Figures
3 and 4
190 min.
210 max.
% of
Rated
Current
Power In = 0-40 V
-55°C to +100°C
See Note 5
mA
2 max.
Power Input Leakage
Current to Power Out
RP-21209