679, 680, 683 and 684 series
Available
Standard And Fast Recovery Rectifiers
DESCRIPTION
This series of high-current single-phase bridge rectifiers are constructed with hermetically
sealed rectifiers built with the same design and construction techniques used in military
applications for the upmost in reliability. These include voidless glass encapsulation and
internalCategory 1" metallurgical bonds. These 10A to 25A rectifier bridges are available in
multiple working peak reverse voltage ratings per leg.
Important: For the latest information, visit our website 679, 680, 683 and 684 series
MECHANICAL and PACKAGING
CASE: Aluminum
TERMINALS: Tin/lead or RoHS compliant matte tin
MARKING: Alternating current input: AC
Cathode positive output: +
Anode negative: -
Part number is printed on the body
WEIGHT: 679 series = 20 grams (typical), 680 series = 10 grams (typical)
See Package Dimensions on last page.
PART NOMENCLATURE
679 -1 (e3)
Series type number RoHS Compliance
679 = Std Recovery Rectifier e3 = RoHS compliant
680 = Std Recovery Rectifier Blank = non-RoHS compliant
683 = Fast Recovery Rectifier
684 = Fast Recovery Rectifier
V level
RRM
-1 = 100 V
-2 = 200 V
-3 = 300 V
-4 = 400 V
-5 = 500 V
-6 = 600 V
SYMBOLS & DEFINITIONS
Symbol Definition
Surge Peak Forward Current: The forward current including all nonrepetitive transient currents but excluding all
I
FSM
repetitive transients (ref JESD282-B)
Average Rectified Output Current: The Output Current averaged over a full cycle with a 50 Hz or 60 Hz sine-wave
I
O
input and a 180 degree conduction angle.
V Forward Voltage: A positive dc anode-cathode voltage the device will exhibit at a specified forward current.
F
I Reverse Current: The dc current flowing from the external circuit into the cathode terminal at the specified voltage V .
R R
V Breakdown Voltage: A voltage in the breakdown region.
(BR)
Working Peak Reverse Voltage: The peak voltage excluding all transient voltages (ref JESD282-B). Also sometimes
V
RWM
known historically as PIV.
Reverse Recovery Time: The time interval between the instant the current passes through zero when changing from
t
rr
the forward direction to the reverse direction and a specified decay point after a peak reverse current occurs.
RF01098, Rev A, (12/17/13) 2013 Microsemi Corporation Page 2 of 7
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