1. Company Information

️· Company: Micro Commercial Components
️· Website: www.mccsemi.com

2. Product Series: Schottky Barrier Rectifiers (MBR720-MBR760)

️· Series Name: MBR720 - MBR760 (Schottky Barrier Rectifiers)
️· General Description: These are Schottky diodes designed for switching applications.
️· Revision: 6 (likely indicating a revision of the datasheet)
️· Date: 2008/01/01 (Date of document)

3. Electrical Characteristics - Part-Specific Data

Part Number	V<sub>RRM</sub> (V)	V<sub>F</sub> (V) @ 7.5A	I<sub>R</sub> (mA) @ 25°C	I<sub>R</sub> (mA) @ 125°C	C<sub>J</sub> (pF)
MBR720	20	0.84	0.1	15	400
MBR730	30	.84	.1	15	400
MBR735	35	.84	.1	15	400
MBR740	40	.75	.1	15	400
MBR745	45	.75	.1	15	400
MBR760	60	.75	.5	50	400

️· V_RRM (Reverse Repetitive Peak Voltage): Maximum voltage the diode can withstand in a repetitive cycle.
️· V_F (Forward Voltage): Voltage drop across the diode when conducting current. Two values are given: one for MBR720-745 (0.84V) and one for MBR760 (0.75V). These are measured at different current levels (7.5A and 15A respectively).
️· I_R (Reverse Current): Small leakage current that flows when the diode is reverse-biased.
️· C_J (Junction Capacitance): Capacitance of the diode junction.

4. Mechanical Dimensions (Inches and Millimeters)

The following table lists the dimensions of the components in inches and millimeters. (Note: some entries are missing the mm or inch)

Dimension	Inch	mm
A	.560	14.22
B	.380	9.65
C	.100	2.54
D	.230	5.84
F	-	.250
G	.500	12.70
H	.190	4.83
I	.020	0.51
J	.012	0.30
K	.139	3.53
L	.140	3.56
M	.045	1.14
N	.080	2.03

5. Ordering Information

️· Part Number + "-BP" = Bulk packaging (1000 pieces per bag)

6. Figures & Graphs

The document contains several figures:

️· Figure 1: Typical Forward Characteristics: Shows the forward voltage vs. current for the devices.
️· Figure 2: Typical Reverse Characteristics: Shows the reverse leakage current vs. temperature.
️· Figure 3: Forward Derating Curve: Shows how the maximum forward current decreases with increasing temperature.
️· Average Forward Rectified Current vs. Ambient Temperature: Shows maximum forward current at different temperatures.
️· Peak Forward Surge Current vs. Number of Cycles: shows surge rating.

7. Key Features/Benefits

️· Schottky Barrier: Fast switching speed.
️· Low Forward Voltage Drop: Increases efficiency.
️· Low Reverse Leakage Current: Reduces power loss.
️· High Surge Current Capability

Important Notes/Observations

️· Missing Values: Some of the dimensional entries in the table do not have values in both inch and mm.
️· Data Consistency: There is some inconsistency with the VF data, where two values are listed
️· Discontinued/Legacy: Given the 2008 date, these components are likely discontinued or replaced with newer versions.