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Cotek Electronic Ind Co Ltd SE400-148 400W Inverter - Pure Sine Wave - Input 48VDC - Output 120VAC
Distributors	Part	Package	Stock	Lead Time	Min Order Qty	Price	Buy
Master Electronics	SE400-148					1 $263.11 10 $252.30 100 $245.57 1000 $245.57 10000 $245.57	Buy Now
Pasternack Enterprises PE40014 Key Specifications, Polarity: Standard, Connector Series: HD-BNC, Connector Gender: Female, Impedance: 75 Ohm, Body Style: Right Angle, Attachment Method: Solder, Mount Method: Bulkhead, Minimum Frequency: DC, Maximum Frequency: 12 GHz, Interface Type 1: Thru Hole. 12G SDI 75 Ohm HD-BNC Female Right Angle Bulkhead Mount Connector Solder Attachment Thru Hole PCB. PE40014 HD-BNC female right angle bulkhead pcb connector has an interface type of HD-BNC female thru hole and a 75 Ohm impedance. Pasternack HD-BNC female bulkhead connector uses shield/contact solder as an attachment method. Our female HD-BNC right angle pcb connector provides a minimum frequency of DC and a maximum frequency of 12 GHz. The Pasternack right angle HD-BNC female bulkhead pcb connector has a PTFE dielectric type. The Pasternack HD-BNC pcb connector has a brass body with nickel plating. Our PE40014 HD-BNCright angle connector uses brass contact and a nickel plating material. This HD-BNC female right angle bulkhead pcb RF connector is REACH compliant. This Pasternack right angle female HD-BNC bulkhead connector will ship the same day as purchased. Our bulkhead HD-BNC right angle female connector is part of over 40,000 RF, microwave and millimeter wave components in stock for worldwide shipment. We also build custom HD-BNC connector cable assemblies that will ship the same day as well.
Distributors	Part	Package	Stock	Lead Time	Min Order Qty	Price	Buy
Pasternack Enterprises US	PE40014		5		1	1 $22.29 10 $22.29 100 $19.17 1000 $19.17 10000 $19.17	Buy Now

E40014 Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
0x22 Abstract: A2E3 Contextual Info: Application Note Note on calculating reload values FFMC8L  Fujitsu Mikroelektronik GmbH 15.1.1997 Vers. 1.0 by M.Mierse When using timers in reload mode, the main intention is to generate circular interrupts with a fixed reload time. But when interrupt service routines are called, a certain overhead will be	Original	8519f6 851a3b e40014 31c04b +20x22 a2e3	PDF
Contextual Info: Fujitsu Microelectronics Europe MCU-AN-389012-E-V10 Application Note Note on calculating reload values FFMC8L Fujitsu Mikroelektronik GmbH 15.1.1997 Vers. 1.0 by M.Mierse When using timers in reload mode, the main intention is to generate circular interrupts with a	Original	mcu-an-389012-e-v10 8519f6 851a3b e40014 +131c04b	PDF
C2BB Abstract: A818 851A c2cf E40014 16bittimer Contextual Info: Application Note Note on calculating reload values FFMC8L  Fujitsu Mikroelektronik GmbH 15.1.1997 Vers. 1.0 by M.Mierse When using timers in reload mode, the main intention is to generate circular interrupts with a fixed reload time. But when interrupt service routines are called, a certain overhead will be	Original	8519f6 851a3b e40014 31c04b +5c2bb a818 851a c2cf 16bittimer	PDF
A818 Abstract: e40014 Contextual Info: Application Note Note on calculating reload values FFMC8L  Fujitsu Mikroelektronik GmbH 15.1.1997 Vers. 1.0 by M.Mierse When using timers in reload mode, the main intention is to generate circular interrupts with a fixed reload time. But when interrupt service routines are called, a certain overhead will be	Original	8519f6 851a3b e40014 31c04b +1a818	PDF