pip201-12m NXP Semiconductors, pip201-12m Datasheet
pip201-12m
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pip201-12m Summary of contents
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... Rev. 03 — 19 November 2003 M3D797 1. Description The PIP201-12M is designed for use as the power output stage of a synchronous buck DC-to-DC converter. It contains a MOSFET control IC and two power MOSFET transistors. By combining the power MOSFETs and the driver circuit into a single component, stray inductances are virtually eliminated, resulting in higher switching frequency, lower switching losses and a compact, effi ...
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... Philips Semiconductors 5. Block diagram A bootstrap diode is integrated into the design of the PIP201-12M between V Fig 1. Block diagram. 6. Pinning information 6.1 Pinning Shaded area denotes terminal 1 index area. Fig 2. Pin configuration (footprint view). 9397 750 11942 Product data V DDC CB 11, 12 13, 14 PIP201-12M control cct ...
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... Functional description 7.1 Basic functionality Fig 3. Simplified functional block diagram of a synchronous DC-to-DC converter In order to understand the functions performed by the PIP201-12M, consider the requirements of a synchronous DC-to-DC converter output stage, driven from a PWM controller When the input voltage is HIGH, the upper MOSFET must be on and the lower MOSFET must be off. Current fl ...
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... After a delay, if the input voltage is still LOW, the gate drive to the lower MOSFET goes HIGH. The lower MOSFET turns on, and the output voltage rises from 0 zero. 7.3 Bootstrap diode A bootstrap diode is integrated into the design of the PIP201-12M between V CB. 9397 750 11942 Product data ...
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... DDC pcb pcb . O(AV) ( 500 kHz; V DDC DDO i Rev. 03 — 19 November 2003 PIP201-12M-3 DC-to-DC converter powertrain input is driven to 2 Min Max 0.5 15 0.5 25 0.5 5.25 0 0.5 V DDO 0 [1] - 200 [ [2] - ...
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... Figure 12.5 A; DDO O(AV 500 kHz 1 Figure 6. pcb 12.5 A DDO O(AV) and V (2.5 V typ) for longer than d(3-state) Rev. 03 — 19 November 2003 PIP201-12M-3 DC-to-DC converter powertrain Min Typ Max - Min Typ Max 3.0 3.45 3 ...
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... V O ( O(AV) DDC c = ------------------------------------ - P tot f Fig 9. Normalized power dissipation as a function of input frequency; typical values. Rev. 03 — 19 November 2003 PIP201-12M-3 DC-to-DC converter powertrain 03ag54 DDO ( 500 kHz 12 O(AV) P tot = 12V DDO 03ag74 400 600 ...
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... Fig 10. Control circuit supply current as a function of input frequency; typical values. 9397 750 11942 Product data 100 I DDC (mA 250 500 750 f i (kHz) = 12.5 A. O(AV) Rev. 03 — 19 November 2003 PIP201-12M-3 DC-to-DC converter powertrain 03ae75 1000 © Koninklijke Philips Electronics N.V. 2003. All rights reserved ...
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... Fig 11. Typical application circuit using the PIP201-12M in a four-phase converter A typical four-phase buck converter is shown in PIP201-12M devices to deliver a continuous output current operating frequency of 500 kHz. Remark: An external bootstrap diode is not required as one is already integrated into the design of the PIP201-12M between V ...
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... Philips Semiconductors The typical dissipation in each PIP201-12M as a function of output current, is given in Figure is 2.7 W. The typical thermal resistance from junction to ambient is given in With thermal vias and forced air cooling, the thermal resistance of each PIP201-12M from junction to ambient is15 K/W. Assuming a maximum ambient temperature of ...
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... MOSFET driver losses. For example, doubling the operating frequency of the circuit in 1 MHz would increase the power dissipation in each PIP201-12M from 2 4 output current of 12 each PIP201-12M. The maximum switching frequency is limited by thermal considerations, the dissipation in the PIP201-12M device(s) and the thermal resistance from junction to ambient ...
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... K W pcb the measured case temperature ( C), T case and V (V). DDO shows the test circuit used to measure power loss in the PIP201-12M. The Rev. 03 — 19 November 2003 PIP201-12M-3 DC-to-DC converter powertrain Figure 13 typical application, PAD3 03ag36 and V is then measured ...
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... PIP201-12M. Fig 14. Power loss (P 13. Marking terminal 1 index area TYPE No. DIFFUSION LOT No. MANUFACTURING CODE COUNTRY OF ORIGIN TYPE No: PIP201-12M-NN (NN is version number) DIFFUSION LOT No: 7 characters MANUFACTURING CODE: see Figure 16 COUNTRY OF ORIGIN: Korea Fig 15. SOT687-1 marking. 9397 750 11942 Product data I DDO ...
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... 2.5 scale 10.15 9.95 10.15 9.95 7.85 3.8 3.8 9.85 9.55 9.85 9.55 7.55 3.5 3.5 REFERENCES JEDEC JEITA MO-220 - - - Rev. 03 — 19 November 2003 PIP201-12M-3 DC-to-DC converter powertrain detail 0.75 0 0.1 0.05 0.05 0.50 EUROPEAN ISSUE DATE PROJECTION 02-10-18 03-06-13 © Koninklijke Philips Electronics N.V. 2003. All rights reserved. ...
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... Temp ( 200 100 0 0 Fig 19. Typical reflow soldering temperature profile. Rev. 03 — 19 November 2003 PIP201-12M-3 DC-to-DC converter powertrain Figure 19. To should not exceed 220 C for thin p 03aj26 1.25 min max 1 min max rate of rise of temperature < ...
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... Levelling with a hot air knife improves flatness. Alternatively, an electro-less silver or silver immersion process produces completely flat PCB lands. 9397 750 11942 Product data Rev. 03 — 19 November 2003 PIP201-12M-3 DC-to-DC converter powertrain Figure 20 Figure 20. This is because © Koninklijke Philips Electronics N.V. 2003. All rights reserved. ...
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... The type of solder paste recommended for MLF packages is “No clean”, Type 3, due to the difficulty of cleaning flux residues from beneath the MLF package. 9397 750 11942 Product data 0.4 SP 0.6 Cu 0 ( Rev. 03 — 19 November 2003 PIP201-12M-3 DC-to-DC converter powertrain 0.28 Cu (68 ) 8 0.9 SP (10 ) solder lands MGW820 0.1 Cu pattern ...
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... V DDC 6: V DDC 9: Application diagram updated. 13: Marking details and Version number added. 14: Package drawing updated. 15: Soldering section rewritten. 16: Mounting and Rev. 03 — 19 November 2003 PIP201-12M-3 DC-to-DC converter powertrain , and V increased Thermal resistance with forced air cooling added. 10: New section Figure 20 updated ...
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... Rev. 03 — 19 November 2003 PIP201-12M-3 DC-to-DC converter powertrain (CPCN). Philips Semiconductors ...
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... No liability will be accepted by the publisher for any consequence of its use. Publication thereof does not convey nor imply any license under patent- or other industrial or intellectual property rights. Date of release: 19 November 2003 Document order number: 9397 750 11942 PIP201-12M-3 DC-to-DC converter powertrain ...