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RTKA489118DE0000BU, RTKA489118DE0010BU
The RTKA489118DE0000BU and
RTKA489118DE0010BU evaluation boards evaluate
the performance of the RAA489118. The default value
numbers of maximum and minimum output voltages,
autonomous charging mode, and the adapter current
limit charging function can be programmed by the
resistor from the PROG pin to GND. The values can
also be set by SMBus.
The
RAA489118
is a buck-boost charger supporting
30V input and 30V battery. The RAA489118 provides
charging and protection features for power tools,
portable vacuums, battery-powered lawn mowers,
power banks, and additional system bus regulation for
notebooks. It also supports any USB-C interface
platform including USB PD EPR. The advanced
Renesas R3™ technology provides highly efficient
light-load operation and fast transient response.
In Charging mode, the RAA489118 accepts input
power from a wide range of DC power sources (such
as conventional AC/DC charger adapters, USB PD
ports, and travel adapters) and safely charges battery
packs with up to 7 serially connected battery cells up
to 30V. The device can operate with only a battery,
only an adapter, or with both connected.
The RAA489118 supports reverse buck, reverse
boost, or reverse buck-boost operation to the input
port from 2-cell to 7-cell batteries.
The RAA489118 provides programming resistor
options including autonomous charging, max output
voltages, adapter current limit. Additionally, it provides
serial communication that enables programming of
many critical parameters to deliver a customized
solution.
R16UZ0098EU0101 Rev.1.01
Nov 14, 2024
Evaluation Board Manual
Features
▪ Buck-boost charger for 2 to 7-cell up to 30V
batteries
▪ Optional BFET
▪ Autonomous charging option (automatic
completion of charging)
▪ Pass-through mode in forward direction
▪ Trickle charging of depleted battery
▪ Adapter current and battery current monitor
(AMON/BMON)
▪ Reverse buck, boost, and buck-boost operation
from battery
▪ Battery Ship mode option
▪ SMBus and auto-increment I
Specifications
▪ V
= 3.9V to 30V (no dead zone)
IN
▪ V
= 2.4V to 30.8V
OUT
▪ MAX I
up to 6A (R
charge
12A (R
= 5mΩ by default)
S2
▪ f
= 732kHz (default)
SW
2
C compatible
= 10mΩ),
S2
Page 1
© 2024 Renesas Electronics
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Related Manuals for Renesas RTKA489118DE0000BU
Summary of Contents for Renesas RTKA489118DE0000BU
- Page 1 ▪ Battery Ship mode option platform including USB PD EPR. The advanced ▪ SMBus and auto-increment I C compatible Renesas R3™ technology provides highly efficient light-load operation and fast transient response. Specifications In Charging mode, the RAA489118 accepts input ▪ V = 3.9V to 30V (no dead zone)
- Page 2 Optional VADP CSIN VSYS CSIP CSOP ASGATE CSON ACIN RAA489118 ACOK BGATE PROCHOT# AMON/BMON VBAT VBAT BATGONE OTGPG/CMOUT OTGEN/CMIN CONFIG/PSYS Figure 1. Typical Application Circuit #1 (Battery Charging Only with No BFET, RTKA489118DE0000BU) R16UZ0098EU0101 Rev.1.01 Page 2 Nov 14, 2024...
- Page 3 RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual Optional VADP VSYS VSYS CSIN CSIP CSOP ASGATE CSON ACIN RAA489118 ACOK BGATE PROCHOT# AMON/BMON VBAT VBAT BATGONE OTGPG/CMOUT OTGEN/CMIN CONFIG/PSYS Figure 2. Typical Application Circuit #2 (Battery Charging Only with a BFET, RTKA489118DE0010BU) R16UZ0098EU0101 Rev.1.01...
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Page 4: Table Of Contents
RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual Contents Functional Description ..............5 Recommended Equipment . -
Page 5: Functional Description
RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual Functional Description The RTKA489118DE0000BU and RTKA489118DE0010BU provide all the circuits required to evaluate the features of the RAA489118. A majority of the features of the RAA489118, such as the adjustable output voltage, Trickle Charging mode for depleted battery, and the system power monitor at Buck, Boost, and Buck-Boost modes are available on this evaluation board. - Page 6 RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual The three LEDs indicate the ACOK, PROCHOT, and CMOUT status, respectively. For more details about the functions of these three pins, refer to the RAA489118 Datasheet. Figure 4 shows the top view of the evaluation board and highlights the key testing points and connection terminals.
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Page 7: Charging Mode
RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual to communicate with the evaluation board. Click the Reset button until a green check mark shows in the I2C Communication. If a green check mark does not appear, verify the HID dongle connection. 4. Click the Read All button and check the AdapterCurrentLimit1, ChargeCurrentLimit, MaxSysVoltage, and MinSysVoltage values. - Page 8 RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual 1.2.2 With BFET Configuration (RTKA489118DE0010BU) 1.2.2.1 System Voltage Regulation 1. Set the power supply to 5V. Disable the output and connect the (+) end to J1 and the (-) end to J2. 2. Set SW3 to the position-4 for 5 cell BAT setting. Ensure all the jumper connections. SW1 and SW2 should switch to the LO position.
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Page 9: Board Design
Refer to the RAA489118 Datasheet for more information. Note: Make sure the input current does not reach the input current limit value, especially for small VIN input. Board Design Figure 5. RTKA489118DE0000BU Evaluation Board (Top) Figure 6. RTKA489118DE0000BU Evaluation Board (Bottom) R16UZ0098EU0101 Rev.1.01... - Page 10 RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual Figure 7. RTKA489118DE0010BU Evaluation Board (Top) Figure 8. RTKA489118DE0010BU Evaluation Board (Bottom) R16UZ0098EU0101 Rev.1.01 Page 10 Nov 14, 2024...
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Page 11: Layout Guidelines
Run the UGATE2 and PHASE2 traces in parallel with sufficient width. Do not allow any sensitive analog signal traces to cross over or get close to this pin. Renesas recommends routing the PHASE2 trace to the high-side MOSFET source pin instead of general copper. - Page 12 Run the PHASE1 and UGATE1 traces in parallel with sufficient width. Do not allow any sensitive analog signal traces to cross over or get close to these pins. Renesas recommends routing the PHASE1 trace to the high-side MOSFET source pin instead of general copper.
- Page 13 RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual Pin # Pin Name Layout Guidelines OTGPG/ Digital pin, open-drain output. No special consideration. CMOUT PROG Signal pin. Place the PROG programming resistor in the general proximity of the controller. Place the compensation components in the general proximity of the controller. Do not allow any COMP switching signals to cross over or get close to this pin.
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Page 14: Schematic Diagrams
Schematic Diagrams C313 C314 C315 C421 C422 SolderPad1 SolderPad2 C324 C325 C240 C241 C242 C243 C244 C245 C303 C304 10uF 10uF 10uF 10uF 10uF 10uF 10uF VSYS SHORT SHORT C100 C101 Si7155DP Si7155DP C181 C182 C183 C184 C185 C328 C329 CSOP2 47uF 0.01... -
Page 15: Bill Of Materials
RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual USB2.0 MINI B 5POS TP53 1734510-1 VOUT JP17 VOUT 5.62K SENSE/ADJ GND_1 GND_2 ENABLE I2C_Header ISL80101IRAJZ VADP VADP DX07S024JJ2R1300 USB-C 24POS R147 C118 C249 Figure 10. Schematic (2 of 2) Bill of Materials 2.3.1 RTKA489118DE0000BU... - Page 16 RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual Reference Manufacturer Description Manufacturer Designator Part Number C319, C328, CAP CER 0.1µF 50V X7R 0402 Murata Electronics GRM155R71H104KE14J C329, C424 CAP CER 0.1µF 50V X7R 0603 Murata Electronics GCM188R71H104KA57J CAP CER 10PF 50V X7R 0603...
- Page 17 RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual Reference Manufacturer Description Manufacturer Designator Part Number Panasonic Electronic RES SMD 5.62KΩ 1% 1/10W 0603 ERJ-3EKF5621V Components RES 1KΩ 5% 1/10W 0603 YAGEO RC0603JR-071KL R166 RES 1.1MΩ 1% 1/10W 0603 YAGEO RC0603FR-071M1L SW1, SW2 SWITCH TOGGLE SPDT 0.4VA 20V C&K...
- Page 18 RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual Reference Manufacturer Description Manufacturer Designator Part Number Cinch Connectivity J1, J3, J5 CONN BIND POST KNURLED RED 111-0702-001 Solutions Johnson Cinch Connectivity J2, J4, J6 CONN BIND POST KNURLED BLACK 111-0703-001 Solutions Johnson TE Connectivity CONN RCPT USB2.0 MINI B 5POS R/A...
- Page 19 RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual Reference Manufacturer Description Manufacturer Designator Part Number CAP CER 4.7µF 50V X7S 0805 Murata Electronics GRM21BC71H475KE11K C32, C33 CAP CER 2.2µF 50V X5R 0603 Murata Electronics GRM188R61H225KE11D C319, C328, CAP CER 0.1µF 50V X7R 0402...
- Page 20 RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual Reference Manufacturer Description Manufacturer Designator Part Number Panasonic Electronic R168 RES SMD 3.09KΩ 1% 1/10W 0603 ERJ-3EKF3091V Components Panasonic Electronic RES SMD 5.62KΩ 1% 1/10W 0603 ERJ-3EKF5621V Components RES 1KΩ 5% 1/10W 0603 YAGEO RC0603JR-071KL R166 RES 1.1MΩ...
- Page 21 RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual Reference Manufacturer Description Manufacturer Designator Part Number JP17 CONN HEADER R/A 4POS 2.54MM Molex 22053041 Cinch Connectivity J1, J3, J5 CONN BIND POST KNURLED RED 111-0702-001 Solutions Johnson Cinch Connectivity J2, J4, J6 CONN BIND POST KNURLED BLACK...
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Page 22: Board Layout
RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual Board Layout Figure 11. Top Layer Figure 12. Bottom Layer R16UZ0098EU0101 Rev.1.01 Page 22 Nov 14, 2024... - Page 23 RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual Figure 13. Top Silkscreen Figure 14. Bottom Silkscreen R16UZ0098EU0101 Rev.1.01 Page 23 Nov 14, 2024...
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Page 24: Typical Performance Graphs
RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual Typical Performance Graphs Battery Charging Only (No BFET) 1V/Div ACOK 1V/Div ASGATE 1V/Div PH2 4V/Div ACIN 100mV/Div (Charge) 50mA/Div 4V/Div ACOK 1V/Div 40ms/Div 3ms/Div Figure 15. Adapter Insertion, V : 0V → 5V, Figure 16. Adapter Insertion, V : 0V →... - Page 25 RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual (Charge) 500mA/Div (Charge) 100mA/Div 1V/Div 1V/Div 500mA/Div 500mA/Div 1V/Div 1V/Div 2ms/Div 2ms/Div Figure 20. Boost Mode: Charge Current Loop to Adapter Figure 21. Buck_Boost Mode: Charge Current Loop to Current Loop, V = 5V, V...
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Page 26: Nvdc Charging (With Bfet)
RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual NVDC Charging (with BFET) 1V/Div ACOK 1V/Div ASGATE 1V/Div PH2 4V/Div 4V/Div ACIN 100mV/Div BGATE 4V/Div ACOK 1V/Div 3ms/Div 40ms/Div Figure 26. Adapter Insertion, V : 0V → 5V, Figure 27. Adapter Insertion, V : 0V → 5V,... - Page 27 RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual 1V/Div 1V/Div 500mA/Div 500mA/Div (Charge) 500mA/Div (Charge) 500mA/Div 500mA/Div 500mA/Div 400μs/Div 400μs/Div Figure 31. Boost Mode: Output Voltage Loop ↔ Adapter Figure 32. Boost Mode: Charge Current Loop ↔ Adapter Current Loop, V = 5V, MaxSystemVoltage = 21V,...
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Page 28: Ordering Information
RTKA489118DE0000BU, RTKA489118DE0010BU Evaluation Board Manual 1V/Div 1V/Div 500mA/Div 500mA/Div (Charge) 500mA/Div (Charge) 500mA/Div 200mV/Div 200mV/Div 400μs/Div 400μs/Div Figure 37. Boost Mode: Output Voltage Loop ↔ Input Figure 38. Boost Mode: Charge Current Loop ↔ Input Voltage Loop, V = 5V, MaxSystemVoltage = 21V,... -
Page 29: Corporate Headquarters
Renesas' products are provided only subject to Renesas' Terms and Conditions of Sale or other applicable terms agreed to in writing. No use of any Renesas resources expands or otherwise alters any applicable warranties or warranty disclaimers for these products.
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