LONG FORM Breakover Diodes 183

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Part	Manufacturer	Trigger Device Type	Package Style (Meter)	Surface Mount	Terminal Position	Configuration	Case Connection	Package Body Material	Nominal Holding Current	Minimum Breakdown Voltage	Terminal Form	Package Shape	No. of Elements	No. of Terminals	JESD-30 Code	Qualification	Maximum Non Repetitive Peak Forward Current	Maximum Breakdown Voltage
BR211-120	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA	105 V	WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	15 A	135 V
BR211-154	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	154 V
BR211-227	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	227 V
BR211-121	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	121 V
BR211-232	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	232 V
BR211-249	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	249 V
BR211-188	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	188 V
BR211-214	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	214 V
BR211-198	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	198 V
BR211-145	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	145 V
BR211-257	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	257 V
BR211-164	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	164 V
BR211-146	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	146 V
BR211-151	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	151 V
BR211-117	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	117 V
BR211-131	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	131 V
BR211-201	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	201 V
BR211-191	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	191 V
BR211-159	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	159 V
BR211-110	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	110 V
BR211-106	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	106 V
BR211-178	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	178 V
BR211-246	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	246 V
BR211-150	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	150 V
BR211-276	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	276 V
BR211-104	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	104 V
BR211-174	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	174 V
BR211-167	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	167 V
BR211-140	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	CERAMIC, GLASS-SEALED	150 mA	123 V	WIRE	ROUND	1	2	O-GALF-W2	Not Qualified	15 A	157 V
BR211-100	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA	88 V	WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	15 A	112 V
BR211-160	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	CERAMIC, GLASS-SEALED	150 mA	140 V	WIRE	ROUND	1	2	O-GALF-W2	Not Qualified	15 A	180 V
BR211-147	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	147 V
BR211-253	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	253 V
BR211-183	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	183 V
BR211-199	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	199 V
BR211-179	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	179 V
BR211-141	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	141 V
BR211-271	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	271 V
BR211-166	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	166 V
BR211-184	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	184 V
BR211-261	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	261 V
BR211-158	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	158 V
BR211-115	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	115 V
BR211-127	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	127 V
BR211-274	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	274 V
BR211-215	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	215 V
BR211-258	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	258 V
BR211-243	NXP Semiconductors	SYMMETRICAL BOD	LONG FORM	NO	AXIAL	SINGLE	ISOLATED	GLASS	150 mA		WIRE	ROUND	1	2	O-LALF-W2	Not Qualified	40 A	243 V

Breakover Diodes

Breakover diodes, also known as break-down diodes or reference diodes, are two-terminal semiconductor devices that are designed to conduct current when a specific voltage is exceeded.

Breakover diodes have a highly doped p-n junction that allows current to flow in the reverse direction once the voltage across the diode reaches a certain threshold value. Once this voltage is exceeded, the breakover diode begins to conduct in the reverse direction, providing a low-resistance path for current flow.

Breakover diodes are commonly used in electronic circuits to protect sensitive components from voltage spikes and transients. They are often used in circuits that operate in harsh environments or that are subject to voltage surges, such as in power supplies and motor control circuits.

Breakover diodes can be used in conjunction with other components, such as capacitors and resistors, to form voltage clamping circuits that protect sensitive components from overvoltage conditions. In these circuits, the breakover diode conducts the excess voltage away from the sensitive component and dissipates it as heat.